CN109792623A

CN109792623A - Measurement method, device, equipment and the system of cell signal quality

Info

Publication number: CN109792623A
Application number: CN201880002590.8A
Authority: CN
Inventors: 刘洋
Original assignee: Beijing Xiaomi Mobile Software Co Ltd
Current assignee: Beijing Xiaomi Mobile Software Co Ltd
Priority date: 2018-12-25
Filing date: 2018-12-25
Publication date: 2019-05-21
Also published as: WO2020132905A1

Abstract

The embodiment of the present application provides measurement method, device, equipment and the system of a kind of cell signal quality, is related to the communications field, this method comprises: terminal sends mobility capability to access network equipment；Terminal receives the measuring configuration for the cell signal quality that access network equipment is sent, and measuring configuration is that access network equipment is configured according to mobility capability；Terminal carries out the measurement of cell signal quality according to measuring configuration.The mobility capability that the application passes through introducing different terminals, the mobility status of terminal is distinguished, and according to different mobility, measuring configuration corresponding with mobility status is configured by access network equipment, the mobility measurements of terminal is enabled to be suitable for the mobility status of terminal.Different measuring configurations is corresponding with to reach different mobility.

Description

Measurement method, device, equipment and the system of cell signal quality

Technical field

This disclosure relates to the communications field, in particular to a kind of measurement method of cell signal quality, device, equipment and it is System.

Background technique

When the signal strength that terminal moves in cell and terminal is caused to connect is not sufficient to ensure that quality of service, terminal root According to being attached as a result, reselecting suitable cell for mobility measurements, thus guarantee business that terminal carries out it is uninterrupted and Quality of service is secure.

In the related art, base station is that terminal is configured with measuring configuration for the mobility measurements of terminal.Terminal is according to base The measuring configuration of configuration of standing carries out mobility measurements, and obtain mobility measurements as a result, to according to the result of mobility measurements Select suitable persistent district.

Summary of the invention

The embodiment of the present application provides measurement method, device, equipment and the system of a kind of cell signal quality, can solve When terminal remains stationary or moving range is smaller, terminal still carries out mobility using the measuring configuration provided in the related technology The problem of measuring, the redundancy of measurement and electricity be easy to cause to waste, specific as follows:

According to the one side of the embodiment of the present disclosure, a kind of measurement method of cell signal quality, the method packet are provided It includes:

Terminal sends mobility capability to access network equipment；

The terminal receives the measuring configuration for the cell signal quality that the access network equipment is sent, and the measurement is matched Set is that the access network equipment is configured according to the mobility capability；

The terminal carries out the measurement of the cell signal quality according to the measuring configuration.

Optionally, the mobility capability includes at least one of following ability:

Normal mobility, Hypomobility, high mobility.

In a kind of optional embodiment, the mobility capability includes the normal mobility and the low movement Property；

The terminal receives two groups of measuring configurations of the cell signal quality that the access network equipment is sent, and described two Group measuring configuration include: for the first measuring configuration under the normal mobility, and, under the Hypomobility Second measuring configuration；

Wherein, the power consumption of second measuring configuration is less than the power consumption of first measuring configuration.

Optionally, the first frequency point number to be measured in first measuring configuration is greater than to be measured in second measuring configuration Second frequency point number of amount；And/or the first measurement period in first measuring configuration is less than in second measuring configuration Second measurement period.

Optionally, the terminal judges the mobility status being presently in；

The terminal is carried out when the mobility status is in the normal mobility according to first measuring configuration The measurement of the cell signal quality；

The terminal carries out institute when the mobility status is in the Hypomobility, according to second measuring configuration State the measurement of cell signal quality.

Optionally, the measurement for the cell signal quality that the terminal is carried out according to second measuring configuration generates Measurement report, the measurement report change including the first measuring state；

The terminal sends the measurement report to the access network equipment.

In another optional embodiment, the terminal receives the first duration that the access network equipment is sent and the Two durations, first duration are the durations that first measuring configuration comes into force, and second duration is that second measurement is matched Set the duration to come into force；

First measuring configuration and described is used alternatingly according to first duration and second duration in the terminal Second measuring configuration carries out the measurement of the cell signal quality.

In another optional embodiment, the mobility capability includes the normal mobility and the low movement Property；

The terminal receives the first measuring configuration of the cell signal quality that the access network equipment is sent, and described the One measuring configuration is for the first measuring configuration under the normal mobility；

The terminal when the mobility status being presently in is switched to the Hypomobility from the normal mobility, to The access network equipment sends the first measuring state and changes；

The terminal receives the second measuring configuration of the cell signal quality that the access network equipment is sent, and described the Two measuring configurations are for the second measuring configuration under the Hypomobility.

Optionally, the terminal is when the mobility status is in the normal mobility, according to first measurement Configuration carries out the measurement of the cell signal quality；

The terminal is judged to be switched to the low movement from the normal mobility in the mobility status being presently in When property, the measuring configuration to come into force is switched to second measuring configuration from first measuring configuration；

In another optional embodiment, the mobility capability includes: the normal mobility and the high shifting Dynamic property；

The terminal receives two groups of measuring configurations of the cell signal quality that the access network equipment is sent, and described two Group measuring configuration include: for the first measuring configuration under the normal mobility, and, under the high mobility Third measuring configuration；

Wherein, the power consumption of first measuring configuration is less than the power consumption of the third measuring configuration.

Optionally, third frequency point number to be measured in the third measuring configuration is greater than to be measured in first measuring configuration First frequency point number of amount；And/or the third measurement period in the third measuring configuration is less than in first measuring configuration First measurement period.

Optionally, the terminal judges the mobility status being presently in；

The terminal carries out institute when the mobility status is in the high mobility, according to the third measuring configuration State the measurement of cell signal quality.

Optionally, the measurement for the cell signal quality that the terminal is carried out according to the third measuring configuration generates Measurement report, the measurement report change including the second measuring state；

The terminal sends the measurement report to the access network equipment.

In another optional embodiment, the terminal receives the first duration that the access network equipment is sent and the Three durations, first duration are the durations that first measuring configuration comes into force, and the third duration is that the third measurement is matched Set the duration to come into force；

First measuring configuration and described is used alternatingly according to first duration and the third duration in the terminal Third measuring configuration carries out the measurement of the cell signal quality.

The terminal when the mobility status being presently in is switched to the high mobility from the normal mobility, to The access network equipment sends the second measuring state and changes；

The terminal receives the third measuring configuration for the cell signal quality that the access network equipment is sent, and described the Three measuring configurations are for the third measuring configuration under the high mobility.

The terminal is judged to be switched in the mobility status being presently in from the normal mobility described high mobile When property, the measuring configuration to come into force is switched to the third measuring configuration from first measuring configuration；

In another optional embodiment, the terminal shows that set interface, the set interface include for more Change the control of the mobility capability；

Mobility capability of the terminal when receiving the setting signal on the control, after determining change；

The terminal sends the mobility capability after the change to the access network equipment；

The terminal receives the measuring configuration for the cell signal quality that the access network equipment is sent again, it is described again The measuring configuration of secondary transmission is that the access network equipment is configured according to mobility capability after the change；

The terminal carries out the measurement of the cell signal quality according to the measuring configuration sent again.

In another optional embodiment, the mobility capability includes the normal mobility；

The terminal receives the first measuring configuration of the cell signal quality that the access network equipment is sent；

The terminal carries out the measurement of the cell signal quality according to first measuring configuration.

In another optional embodiment, the mobility capability includes the Hypomobility；

The terminal receives the second measuring configuration of the cell signal quality that the access network equipment is sent；

The terminal carries out the measurement of the cell signal quality according to second measuring configuration.

According to the another aspect of the embodiment of the present disclosure, a kind of measurement method of cell signal quality, the method are provided Include:

Access network equipment receives the mobility capability that terminal is sent；

The access network equipment generates the measuring configuration of the cell signal quality according to the mobility capability；

The access network equipment sends the measuring configuration of the cell signal quality to the terminal.

Optionally, the mobility capability includes at least one of following ability:

Normal mobility, Hypomobility, high mobility.

The access network equipment sends two groups of measuring configurations of the cell signal quality, two groups of surveys to the terminal Amount configuration include: for the first measuring configuration under the normal mobility, and, for second under the Hypomobility Measuring configuration；

The access network equipment sends the first measuring configuration of the cell signal quality to the terminal, and described first surveys Amount configuration is for the measuring configuration under the normal mobility；

The access network equipment receives the first measuring state that the terminal is sent and changes；

The access network equipment, which changes according to first measuring state to the terminal, sends the cell signal quality The second measuring configuration, second measuring configuration is for the measuring configuration under the Hypomobility；

Optionally, the access network equipment receives the measurement report that the terminal is sent, and the measurement report includes described First measuring state changes.

The access network equipment to the terminal sends two groups of measuring configurations of the cell signal quality and when first Long and the second duration；

Two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in institute State the second measuring configuration under Hypomobility, first duration is the duration that first measuring configuration comes into force, described second Duration is the duration that second measuring configuration comes into force.

In another optional embodiment, the mobility capability includes the normal mobility and the high movement Property；

The access network equipment sends two groups of measuring configurations of the cell signal quality, two groups of surveys to the terminal Amount configuration include: for the first measuring configuration under the normal mobility, and, for the third under the high mobility Measuring configuration；

The access network equipment receives the second measuring state that the terminal is sent and changes；

The access network equipment, which changes according to second measuring state to the terminal, sends the cell signal quality Third measuring configuration, the third measuring configuration is for the measuring configuration under the high mobility；

Optionally, the access network equipment receives the measurement report that the terminal is sent, and the measurement report includes described Second measuring state changes.

The access network equipment to the terminal sends two groups of measuring configurations of the cell signal quality and when first Long and third duration；

Two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in institute The third measuring configuration under high mobility is stated, first duration is the duration that first measuring configuration comes into force, the third Duration is the duration that the third measuring configuration comes into force.

In another optional embodiment, the method also includes:

The access network equipment receives the mobility capability after the change that the terminal is sent；

For the access network equipment according to the mobility capability after the change, Xiang Suoshu terminal sends the cell letter again The measuring configuration of number quality.

According to the another aspect of the embodiment of the present application, a kind of measuring device of cell signal quality, described device are provided Include:

First sending module is configured as sending mobility capability to access network equipment；

First receiving module, the measurement for being configured as receiving the cell signal quality that the access network equipment is sent are matched It sets, the measuring configuration is that the access network equipment is configured according to the mobility capability；

Measurement module is configured as carrying out the measurement of the cell signal quality according to the measuring configuration.

Optionally, the mobility capability includes at least one of following ability:

Normal mobility, Hypomobility, high mobility.

First receiving module is configured as receiving the two of the cell signal quality that the access network equipment is sent Group measuring configuration, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, be used for The second measuring configuration under the Hypomobility；

Optionally, the measurement module, comprising:

Judging unit is configured as the mobility status that judgement is presently in；

Measuring unit is configured as when the mobility status is in the normal mobility, is surveyed according to described first Amount configuration carries out the measurement of the cell signal quality；

The measuring unit is configured as when the mobility status is in the Hypomobility, according to described second Measuring configuration carries out the measurement of the cell signal quality.

Optionally, described device further include:

Generation module is configured as the measurement of the cell signal quality carried out according to second measuring configuration, raw At measurement report, the measurement report changes including the first measuring state；

First sending module is configured as sending the measurement report to the access network equipment.

In another optional embodiment, described device further include:

First receiving module is configured as receiving the first duration and the second duration that the access network equipment is sent, First duration is the duration that first measuring configuration comes into force, and second duration is that second measuring configuration comes into force Duration；

The measurement module is configured as that first survey is used alternatingly according to first duration and second duration Amount configuration and second measuring configuration, carry out the measurement of the cell signal quality.

First receiving module, comprising:

First receiving unit, be configured as receiving the cell signal quality that the access network equipment is sent first are surveyed Amount configuration, first measuring configuration is for the first measuring configuration under the normal mobility；

First transmission unit is configured as being switched in the mobility status being presently in from the normal mobility described When Hypomobility, Xiang Suoshu access network equipment sends the first measuring state and changes；

First receiving unit is configured as receiving the of the cell signal quality that the access network equipment is sent Two measuring configurations, second measuring configuration are for the second measuring configuration under the Hypomobility.

Optionally, the measurement module, comprising:

The measuring unit is configured as when the mobility status is in the normal mobility, according to described One measuring configuration carries out the measurement of the cell signal quality；

The judging unit is configured as judging to switch in the mobility status being presently in from the normal mobility When for the Hypomobility, the measuring configuration to come into force is switched to second measuring configuration from first measuring configuration；

First receiving module is configured as receiving the two of the cell signal quality that the access network equipment is sent Group measuring configuration, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, be used for Third measuring configuration under the high mobility；

Optionally, the measurement module, comprising:

The judging unit is configured as the mobility status that judgement is presently in；

The measuring unit is configured as when the mobility status is in the high mobility, according to the third Measuring configuration carries out the measurement of the cell signal quality.

Optionally, the generation module is configured as the cell signal matter carried out according to the third measuring configuration The measurement of amount, generates the measurement report of high mobility measurement, and the measurement report changes including the second measuring state；

In another optional embodiment, first receiving module is configured as receiving the access network equipment The first duration and third duration sent, first duration are the durations that first measuring configuration comes into force, when the third Length is the duration that the third measuring configuration comes into force；

The measurement module is configured as that first survey is used alternatingly according to first duration and the third duration Amount configuration and the third measuring configuration, carry out the measurement of the cell signal quality.

First receiving module, comprising:

First receiving unit is configured as receiving the of the cell signal quality that the access network equipment is sent One measuring configuration, first measuring configuration are for the first measuring configuration under the normal mobility；

First transmission unit is configured as being switched in the mobility status being presently in from the normal mobility When the high mobility, Xiang Suoshu access network equipment sends the second measuring state and changes；

First receiving unit is configured as receiving the of the cell signal quality that the access network equipment is sent Three measuring configurations, the third measuring configuration are for the third measuring configuration under the high mobility.

Optionally, the measurement module, comprising:

The judging unit is configured as judging to switch in the mobility status being presently in from the normal mobility When for the high mobility, the measuring configuration to come into force is switched to the third measuring configuration from first measuring configuration；

In another optional embodiment, described device further include:

Display module is configured as display set interface, and the set interface includes for changing the mobility capability Control；

First receiving module is configured as when receiving the setting signal on the control, after determining change Mobility capability；

First sending module is configured as sending the mobility capability after the change to the access network equipment；

First receiving module is configured as receiving the cell signal quality that the access network equipment is sent again Measuring configuration, the measuring configuration sent again is that the access network equipment is configured according to mobility capability after the change 's；

The measurement module is configured as carrying out the cell signal quality according to the measuring configuration sent again Measurement.

First receiving module is configured as receiving the of the cell signal quality that the access network equipment is sent One measuring configuration；

The measurement module is configured as carrying out the measurement of the cell signal quality according to first measuring configuration.

First receiving module is configured as receiving the of the cell signal quality that the access network equipment is sent Two measuring configurations；

The measurement module is configured as carrying out the measurement of the cell signal quality according to second measuring configuration.

Second receiving module is configured as receiving the mobility capability that terminal is sent；

Generation module is configured as generating the measuring configuration of the cell signal quality according to the mobility capability；

Second sending module is configured as sending the measuring configuration of the cell signal quality to the terminal.

Optionally, the mobility capability includes at least one of following ability:

Normal mobility, Hypomobility, high mobility.

Second sending module, two groups of measurements for being configured as sending the cell signal quality to the terminal are matched Set, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, for described low The second measuring configuration under mobility；

Second sending module, comprising:

Second transmission unit is configured as sending the first measuring configuration of the cell signal quality, institute to the terminal Stating the first measuring configuration is for the measuring configuration under the normal mobility；

Second receiving unit is configured as receiving the first measuring state change that the terminal is sent；

Second transmission unit is configured as being changed according to first measuring state described small to terminal transmission Second measuring configuration of area's signal quality, second measuring configuration are for the measuring configuration under the Hypomobility；

Optionally, second receiving module is configured as receiving the measurement report that the terminal is sent, the measurement report Accuse includes that the first measuring state changes.

Second sending module, two groups of measurements for being configured as sending the cell signal quality to the terminal are matched It sets and the first duration and the second duration；

Second sending module, two groups of measurements for being configured as sending the cell signal quality to the terminal are matched Set, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in the height Third measuring configuration under mobility；

Second sending module, comprising:

Second transmission unit, the first measurement for being configured as sending the cell signal quality to the terminal are matched It sets, first measuring configuration is for the measuring configuration under the normal mobility；

Second receiving unit is configured as receiving the second measuring state change that the terminal is sent；

Second transmission unit is configured as being changed according to second measuring state described small to terminal transmission The third measuring configuration of area's signal quality, the third measuring configuration are for the measuring configuration under the high mobility；

Optionally, second receiving module is configured as receiving the measurement report that the terminal is sent, the measurement report Accuse includes that second measuring state changes.

Second sending module, two groups of measurements for being configured as sending the cell signal quality to the terminal are matched It sets and the first duration and third duration；

In another optional embodiment, described device further include:

Second receiving module is configured as receiving the mobility capability after the change that the terminal is sent；

Second sending module is configured as according to the mobility capability after the change, and Xiang Suoshu terminal is sent out again Send the measuring configuration of the cell signal quality.

According to the another aspect of the embodiment of the present application, a kind of terminal is provided, the terminal includes: processor；With it is described The connected transceiver of processor；Memory for storage processor executable instruction；Wherein, the processor is configured to Realize the measurement method of cell signal quality as described above.

According to the another aspect of the embodiment of the present application, a kind of access network equipment is provided, the access network equipment includes: place Manage device；The transmitter and receiver being connected with the processor；Memory for storage processor executable instruction；Wherein, The processor is configured to the measurement method to realize cell signal quality as described above.

According to the another aspect of the embodiment of the present application, a kind of communication system is provided, includes: terminal and to connect in the system Log equipment；The terminal includes the measuring device of cell signal quality as described above；The access network equipment includes as above The measuring device of the cell signal quality.

According to the another aspect of the embodiment of the present application, a kind of communication system is provided, includes: terminal and to connect in the system Log equipment；The terminal includes terminal as described above；The access network equipment includes access network equipment as described above.

According to the another aspect of the embodiment of the present application, a kind of chip is provided, the chip includes programmable logic circuit And/or program instruction realizes the measurement method of cell signal quality as described above when chip operation.

According to the another aspect of the embodiment of the present application, a kind of computer storage medium is provided, the computer storage is situated between Matter includes programmable logic circuit and/or program instruction, when computer storage medium operation, is realized as described above small The measurement method of area's signal quality.

According to the another aspect of the embodiment of the present application, a kind of computer program product is provided, the computer program produces Product include programmable logic circuit and/or program instruction, when computer program product operation, are realized as described above small The measurement method of area's signal quality.

Technical solution bring beneficial effect provided by the embodiments of the present application includes at least:

The mobility capability sent by terminal to access network equipment obtains cell corresponding with the mobility capability of terminal The measuring configuration of signal quality carries out the measurement of cell signal quality according to measuring configuration.By the movement for introducing different terminals The mobility status of sexuality, terminal is distinguished, and according to different mobility, by access network equipment configuration and mobility The corresponding measuring configuration of state enables the mobility measurements of terminal to be suitable for the mobility status of terminal.To reach not Same mobility is corresponding with different measuring configurations.

Detailed description of the invention

Fig. 1 is the schematic diagram of the cloth web frame for the communication system that one exemplary embodiment of the application provides；

Fig. 2 is the implementation environment when terminal that one exemplary embodiment of the application provides is under Hypomobility state Schematic diagram；

Fig. 3 is the flow chart of the measurement method for the cell signal quality that one exemplary embodiment of the application provides；

Fig. 4 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Fig. 5 is the flow chart for the signal quality measured method that another exemplary embodiment of the application provides；

Fig. 6 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Fig. 7 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Fig. 8 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Fig. 9 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 10 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 11 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 12 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 13 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 14 is the flow chart of the measurement method for the cell signal quality that another exemplary embodiment of the application provides；

Figure 15 is the schematic diagram for the set interface that another exemplary embodiment of the application provides；

Figure 16 is the structural schematic diagram of the measuring device for the cell signal quality that one exemplary embodiment of the application provides；

Figure 17 is the structural schematic diagram for the measurement module that another exemplary embodiment of the application provides；

Figure 18 is the structural schematic diagram for the first receiving module that one exemplary embodiment of the application provides；

Figure 19 is the structural schematic diagram of the measuring device for the cell signal quality that one exemplary embodiment of the application provides；

Figure 20 is the structural schematic diagram for the second sending module that one exemplary embodiment of the application provides；

Figure 21 is a kind of block diagram for communication equipment that one exemplary embodiment of the application provides；

Figure 22 is a kind of block diagram for communication system that one exemplary embodiment of the application provides.

Specific embodiment

To keep the purposes, technical schemes and advantages of the application clearer, below in conjunction with attached drawing to the application embodiment party Formula is described in further detail.

3GPP carried out saving power for terminal in the second edition of 5G in terms of research, power saving includes many aspects: connected state Control channel inspection optimization, optimize terminal discontinuous reception process control and the measurement request in terms of wireless resource management Reduce etc..

Wherein, the measurement frequency in the measurement request in terms of wireless resource management, measurement period are both for all terminals , i.e., do not distinguish mobility.And in order to, to achieve the purpose that power saving, be drawn by the measurement request in terms of reduction wireless resource management Separate the mobility status of two kinds of terminals: normal mobility state and Hypomobility state, corresponding, wireless resource management side The measurement request in face includes the measuring configuration of normal mobility and the measuring configuration of Hypomobility.The measuring configuration phase of Hypomobility Than in the measuring configuration of normal mobility, measurement request is reduced, so that the power consumption of the terminal in Hypomobility state is dropped It is low.

Cloth web frame in communication system as shown in Figure 1, be usually using macrocell 101 (cell that macro base station provides) as Skeleton, Microcell 102 (cell that micro-base station/femto base station provides) do the framework of supplement and hot spot covering.The spy of macrocell 101 Point is that coverage area is big, and 102 coverage area of Microcell is small.Terminal is strong according to signal when moving back and forth according to arrow 103 The variation of degree, it may occur however that cell reselection or switching.But if terminal remains stationary or when moving range very little, if not distinguishing Mobility continues to measure using the measuring configuration of normal mobility, then consumes many unnecessary measurements, lead to terminal Electricity is consumed.Therefore, in this case, the measurement for defining Hypomobility corresponding with terminal Hypomobility state is matched It sets, reduces unnecessary consumption, achieve the purpose that power saving.

If the Hypomobility of terminal is determined by base station, the measuring configuration of terminal starting Hypomobility is informed by base station.Such as Fruit base station judges that terminal switches normal mobility state from Hypomobility state, then when base station sends the result of switching to terminal Space interface signaling can be generated, then no matter from the angle of radio resource or the angle interfered be not optimal case.Therefore, terminal Hypomobility state judgment criterion configured by base station, the judgment criterion of configuration is sent to terminal again by base station, by terminal Judgment criterion carries out the judgement of Hypomobility state based on the received for itself.

After terminal judges that itself is in Hypomobility state, terminal is switched to low from the measuring configuration of normal mobility Ambulant measuring configuration, then the measuring configuration of Hypomobility measurement is different compared to the measuring configuration of normal mobility.

The embodiment of the present application provides measurement method, device, equipment and the system of a kind of cell signal quality, and terminal is true After the mobility measurements needs switching for determining itself, measuring configuration corresponding with the mobility status after switching is obtained, to carry out Corresponding mobility measurements are reached when terminal is in Hypomobility state with this and are surveyed using the measuring configuration of Hypomobility Amount, realizes the purpose of power saving.

Implementation ring when being under Hypomobility state Fig. 2 shows the terminal that one exemplary embodiment of the application provides The schematic diagram in border carries out mobility measurements with terminal in Fig. 2 in the range of 3 MPS process, and base station is that access network equipment is , it include: terminal 201, first community 202, second community 203 and third cell 204 in Fig. 2.Three cells respectively possess respectively From base station.

Terminal 201 is in 3 cell coverage areas.Terminal 201 moves back and forth according to the direction that arrow indicates.Terminal 201, for being reported to the base station that terminal is currently located cell according to itself current mobility capability.

Assuming that first community 202 is the persistent district of terminal, the base station of first community 202 according to terminal 201 for reporting Mobility capability configure the measuring configuration of suitable mobility measurements, and measuring configuration is sent to terminal 201.

Assuming that second community 203 is the persistent district of terminal, the base station of second community 203 according to terminal 201 for reporting Mobility capability configure the measuring configuration of suitable mobility measurements, and measuring configuration is sent to terminal 201.

Assuming that third cell 204 is the persistent district of terminal, the base station of third cell 204 according to terminal 201 for reporting Mobility capability configure the measuring configuration of suitable mobility measurements, and measuring configuration is sent to terminal 201.

Above-described embodiment is only to schematically illustrate, and the number of cells of terminal side can be three or more, and the present embodiment is simultaneously The number of cells of terminal side is not limited.

In some embodiments of the present application, terminal carries out corresponding mobility survey according to the measuring configuration that base station is sent Amount, for example normal mobility measurement is carried out according to the first measuring configuration of normal mobility, according to the second of Hypomobility the measurement Configuration carries out Hypomobility measurement, is matched when terminal is in Hypomobility state using the second measurement of Hypomobility to reach It sets and measures, avoid the electricity waste caused by the measurement because of cell signal quality.

Fig. 3 shows the flow chart of the measurement method of the cell signal quality of one exemplary embodiment of the application offer, This method can be applied to communication system shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method comprises:

Step 301, terminal sends mobility capability to base station.

Mobility capability is fixed Terminal Type for distinguishing terminal, is also non-solid for judging classification belonging to terminal Determine Terminal Type.Fixed Terminal Type includes movement not occurring for a long time, and be fixed on the terminal of a position, for example, in Internet of Things In it is various for detecting the sensor terminals of some test object, or, fixed line type terminal.On-fixed Terminal Type includes moving , and it is not necessarily fixed on the terminal of a position, for example, mobile phone or car networking equipment.

Moreover, the mobility capability of terminal can be converted according to actual use scene difference, i.e. fixed class terminal conversion For on-fixed Terminal Type, on-fixed Terminal Type is converted into fixed Terminal Type.For example, making mobile phone as the fixed-line telephone in family Used time, the mobile phone are fixed Terminal Types, and when the mobile phone be re-used as mobile mobile phone in use, the mobile phone belong to it is non-solid Determine Terminal Type.

Optionally, the mobility capability of terminal includes including at least one of following ability:

Normal mobility, Hypomobility, high mobility.

Hypomobility and high mobility are all the mobility status distinguished compared to normal mobility.Optionally, low shifting Dynamic property is that terminal remains stationary within a preset time or moving range is less than the moving condition of the first range, and high mobility is terminal Moving range within a preset time is greater than the moving condition of the second range.Second range is greater than the first range.

Step 302, base station receives the mobility capability that terminal is sent.

Step 303, base station generates the measuring configuration of cell signal quality according to mobility capability.

Base station configures measurement corresponding with the mobility capability of terminal and matches according to the mobility capability of the terminal received It sets.The measurement of correlation parameter that measuring configuration is terminal when carrying out mobility measurements to cell signal quality, for make terminal into Row mobility measurements corresponding with measuring configuration.

Cell signal quality is that terminal carries out the standard that cell is selected when cell reselection or cell switch, for terminal according to Cell signal quality, selection guarantee that business continuity carries out or the cell of more excellent progress is resident.

In a kind of optional embodiment, the mobility capability of terminal includes normal mobility.It is sent out according to terminal base station The normal mobility sent configures the first measuring configuration corresponding with normal mobility.First measuring configuration is for normal movement Measuring configuration under property.Base station sends the first measuring configuration of cell signal quality to terminal.

In another optional embodiment, the mobility capability of terminal includes Hypomobility.It is sent out according to terminal base station The Hypomobility sent configures the second measuring configuration corresponding with Hypomobility.Second measuring configuration is under Hypomobility Measuring configuration.Base station sends the second measuring configuration of cell signal quality to terminal.

In another optional embodiment, the mobility capability of terminal includes normal mobility and Hypomobility.Base The normal mobility and Hypomobility stood according to terminal transmission, are respectively configured the first measuring configuration corresponding with normal mobility, The second measuring configuration corresponding with Hypomobility.Base station sends the first measuring configuration and second of cell signal quality to terminal Measuring configuration.

Optionally, when the mobility capability of terminal includes normal mobility and Hypomobility, base station is sent out simultaneously to terminal Send the first measuring configuration and the second measuring configuration；Or, base station is reported according to the mobility measurements that terminal is sent, sent out by several times to terminal Send the first measuring configuration and the second measuring configuration.

In another optional embodiment, the mobility capability of terminal includes normal mobility and high mobility.Base The normal mobility and high mobility stood according to terminal transmission, are respectively configured the first measuring configuration corresponding with normal mobility, With third measuring configuration corresponding with high mobility.Base station sends the first measuring configuration and third of cell signal quality to terminal Measuring configuration.

Optionally, when the mobility capability of terminal includes normal mobility and high mobility, base station is sent out simultaneously to terminal Send the first measuring configuration and third measuring configuration；Or, base station is reported according to the mobility measurements that terminal is sent, sent out by several times to terminal Send the first measuring configuration and third measuring configuration.

In another optional embodiment, the mobility capability of terminal includes normal mobility, Hypomobility and height Mobility.Normal mobility, Hypomobility and the high mobility that base station is sent according to terminal, are respectively configured and normal mobility pair The first measuring configuration answered, the second measuring configuration corresponding with Hypomobility, third measuring configuration corresponding with high mobility.Base It stands and sends the first measuring configuration, the second measuring configuration and the third measuring configuration of cell signal quality to terminal.

Optionally, when the mobility capability of terminal includes normal mobility, Hypomobility and high mobility, base station is to end End while the first measuring configuration of transmission, the second measuring configuration and third measuring configuration；Or, the measurement report that base station is sent according to terminal It accuses, point different opportunitys send the first measuring configuration, the second measuring configuration and third measuring configuration to terminal.

Step 304, base station sends the measuring configuration of cell signal quality to terminal.

Step 305, terminal receives the measuring configuration for the cell signal quality that base station is sent.

In a kind of optional embodiment, the mobility capability of terminal includes normal mobility.Terminal receives base station hair First measuring configuration of the cell signal quality sent.

In another optional embodiment, the mobility capability of terminal includes Hypomobility.Terminal receives base station hair Second measuring configuration of the cell signal quality sent.

In another optional embodiment, the mobility capability of terminal includes normal mobility and Hypomobility.Eventually End receives the first measuring configuration and the second measuring configuration for the cell signal quality that base station is sent.Wherein, terminal received first The time of measuring configuration and the second measuring configuration can be and meanwhile, be also possible to asynchronous.

In another optional embodiment, the mobility capability of terminal includes normal mobility and high mobility.Eventually End receives the first measuring configuration and third measuring configuration for the cell signal quality that base station is sent.Wherein, terminal received first The time of measuring configuration and third measuring configuration can be and meanwhile, be also possible to asynchronous.

In another optional embodiment, the mobility capability of terminal includes normal mobility, Hypomobility and height Mobility.The first measuring configuration, the second measuring configuration and the third measurement that terminal receives the cell signal quality that base station is sent are matched It sets.Wherein, the time of received first measuring configuration of terminal, the second measuring configuration and third measuring configuration can be and meanwhile, It is also possible to asynchronous.

Step 306, terminal carries out the measurement of cell signal quality according to measuring configuration.

Terminal carries out the measurement of cell signal quality according to measuring configuration, which is mobility corresponding with measuring configuration Measurement.

In a kind of optional embodiment, the mobility capability of terminal includes normal mobility.Terminal is surveyed according to first Amount configuration carries out the measurement of cell signal quality.

In another optional embodiment, the mobility capability of terminal includes Hypomobility.Terminal is surveyed according to second Amount configuration carries out the measurement of cell signal quality.

In another optional embodiment, the mobility capability of terminal includes normal mobility and Hypomobility.When When the mobility status that terminal is presently in is normal mobility, terminal carries out cell signal quality according to the first measuring configuration Measurement.When the mobility status that terminal is presently in is Hypomobility, terminal carries out cell signal according to the second measuring configuration The measurement of quality.

In another optional embodiment, the mobility capability of terminal includes normal mobility and high mobility.When When the mobility status that terminal is presently in is normal mobility, terminal carries out cell signal quality according to the first measuring configuration Measurement.When the mobility status that terminal is presently in is high mobility, terminal carries out cell signal according to third measuring configuration The measurement of quality.

In another optional embodiment, the mobility capability of terminal includes normal mobility, Hypomobility and height Mobility.When the mobility status that terminal is presently in is normal mobility, terminal carries out cell according to the first measuring configuration The measurement of signal quality.When the mobility status that terminal is presently in be Hypomobility when, terminal according to the second measuring configuration into The measurement of row cell signal quality.When the mobility status that terminal is presently in is high mobility, terminal is measured according to third Configuration carries out the measurement of cell signal quality.

In conclusion method provided by the embodiments of the present application, the mobility capability sent by terminal to access network equipment, The measuring configuration for obtaining cell signal quality corresponding with the mobility capability of terminal carries out cell signal matter according to measuring configuration The measurement of amount.By introducing the mobility capability of different terminals, the mobility status of terminal is distinguished, and according to different Mobility configures measuring configuration corresponding with mobility status by access network equipment, the mobility measurements of terminal is fitted Mobility status for terminal.Different measuring configurations is corresponding with to reach different mobility.

The measurement method of the cell signal quality as terminal side can be implemented separately in above-mentioned the step of being executed by terminal；On State the measurement method for the cell signal quality that the step of being executed by base station can be implemented separately as access network equipment side.

Fig. 4 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to communication system shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 401, terminal sends mobility capability to base station.

Optionally, the mobility capability of terminal includes any one in following three kinds of situations:

Normal mobility；

Or, Hypomobility；

Or, normal mobility and Hypomobility.

Hypomobility is the mobility status distinguished compared to normal mobility.

Hypomobility is that moving range is smaller in the given time or does not send out in the given time compared to normal mobility Raw mobile mobility status.

Step 402, base station receives the mobility capability that terminal is sent.

Base station receives the mobility capability that terminal is sent.The mobility capability is used to indicate the terminal and is provided simultaneously with normal shifting The ability of dynamic property and Hypomobility.

Hypomobility is the mobility status distinguished compared to normal mobility.Hypomobility is terminal in preset time Inside remain stationary or moving range less than the first range moving condition.

Step 403, base station generates the measuring configuration of cell signal quality according to mobility capability.

Step 404, base station sends two groups of measuring configurations of cell signal quality to terminal, and two groups of measuring configurations include: use In the first measuring configuration under normal mobility, and, for the second measuring configuration under Hypomobility.

Base station configures two groups of surveys corresponding with normal mobility and Hypomobility according to the mobility capability received Amount configuration.I.e. base station configures the first measuring configuration according to the mobility capability of normal mobility；Base station is according to the shifting of Hypomobility Dynamic sexuality, configures the second measuring configuration.

First measuring configuration is measurement parameter of the terminal when carrying out normal mobility measurement to cell signal quality, is used for Terminal is in the measurement of the cell signal quality under normal mobility state.Second measuring configuration is terminal to cell signal matter Amount carries out measurement parameter when Hypomobility measurement, and the survey of the cell signal quality under Hypomobility state is in for terminal Amount.

Cell signal quality is that terminal carries out the standard that cell is selected when cell reselection or cell switch, for terminal according to Cell signal quality, selection guarantee the cell signal of business continuity progress or more excellent progress.

Optionally, the first frequency point number to be measured in the first measuring configuration is greater than to be measured second in the second measuring configuration Frequency point number；And/or first the first measurement period in measuring configuration is less than the second measurement period in the second measuring configuration.? In schematical example, the value of measurement period includes: sf160, sf256, sf320, sf512, at least one of sf640, Wherein, sf indicates system-frame (system frame), and sf160 indicates that 160 system-frames, 160 system-frames indicate 160 milliseconds.

Base station will be used for cell signal quality measured the first measuring configuration and the second measuring configuration while be sent to terminal.

Step 405, terminal receives two groups of measuring configurations of the cell signal quality that base station is sent.

Terminal receives the first measuring configuration and the second measuring configuration of the cell signal quality of base station transmission simultaneously.

Step 406, terminal judges the mobility status being presently in.

Terminal judges the mobility status being presently in, when the mobility status that terminal is presently in is normal movement character When state, step 407 is gone to；When the mobility status that terminal is presently in is Hypomobility state, step 408 is gone to.

Step 407, terminal carries out cell signal according to the first measuring configuration when mobility status is in normal mobility The measurement of quality.

Terminal is when judging that terminal is in normal mobility state, the effective term of triggering normal mobility measurement.Eventually End starting normal mobility measurement, and terminal carries out the measurement of cell signal quality according to the first measuring configuration.

The effective term of normal mobility measurement, when judging that terminal is in normal mobility state, starts for terminal Normal mobility measurement.

Step 408, terminal carries out cell signal matter according to the second measuring configuration when mobility status is in Hypomobility The measurement of amount.

Terminal is when judging that terminal is in Hypomobility state, the effective term of triggering Hypomobility measurement.Terminal opens Dynamic Hypomobility measurement, and terminal carries out the measurement of cell signal quality according to the second measuring configuration.

The effective term of Hypomobility measurement, when judging that terminal is in Hypomobility state, starts low shifting for terminal Dynamic property measurement.

Optionally, terminal is in the effective term of triggering Hypomobility measurement, after starting Hypomobility measurement, and then to base It stands and sends measurement report, which includes the change of the first measuring state, i.e., the measurement report includes terminal from normal movement Row state is switched to Hypomobility state, and the measurement of cell signal quality is carried out according to the second measuring configuration.

It should be noted that the effective term of normal mobility measurement and the effective term of Hypomobility measurement are by base station Configuration, and it is sent to terminal simultaneously together with two groups of measuring configurations, or, with two groups of measuring configuration separately sends to terminal；Or Person, the effective term of normal mobility measurement and the effective term of Hypomobility measurement are by terminal built-in, and terminal will be normal The effective term of effective term and the Hypomobility measurement of mobility measurements is stored in memory.

Method provided by the embodiments of the present application, the mobility capability of terminal include normal mobility and Hypomobility, base station Two kinds of mobility capability being provided simultaneously with according to terminal configure two groups of measuring configurations, so that when the mobility status difference of terminal, Using corresponding measuring configuration, reach and carry out normal mobility measurement when terminal is in normal mobility state, terminal is in low Hypomobility measurement is carried out when mobility status, so that terminal be avoided but to survey using normal mobility when being in low moving condition Amount, reduces the waste of electricity.

Method provided by the embodiments of the present application, base station send two groups of measuring configurations to terminal simultaneously, allow terminal fast Speed determines the mobility status being presently in, so that the handoff procedure of the mobility measurements of terminal is rapid.

The mobility status that terminal is presently in is judged in based on the optional embodiment shown in Fig. 4, in step 405 Method as shown in figure 5, this method by taking access network equipment is base station as an example, this method comprises:

Step 501, base station sends the corresponding signal strength threshold of n cell, signal strength threshold, for triggering to terminal Terminal determines that mobility status, n are when the signal strength of n cell meets the corresponding signal strength threshold of n cell respectively Integer greater than 2.

Base station configures the signal strength threshold of each cell in n cell according to the signal strength of n cell, and n is Integer greater than 2.Optionally, including the cell and n-1 adjacent cell where terminal in n cell；Or, including in n cell The n adjacent cell in addition to the cell where terminal.Wherein, the numerical value of n is lesser numerical value, such as n=3.

Optionally, n cell is macrocell, and n is positive integer；Or, n cell includes that k macrocell and n-k are small Area, k are the positive integer no more than n.

The signal strength for the cell that signal strength threshold is used to measure with terminal is compared, and judges the mobile character of terminal State.Optionally, it is not identical that the signal strength threshold of each cell, which is the signal strength threshold of identical or each cell, Or each cell signal strength threshold there are the signal strength threshold of cell portion be it is identical, other cells are not It is identical.

In a kind of optional embodiment, the corresponding signal strength threshold of each cell includes the first signal strength door Limit.

In another optional embodiment, the corresponding signal strength threshold of each cell includes the first signal strength door Limit and second signal strength threshold, the first signal strength threshold are less than second signal strength threshold.

Optionally, to terminal strength of transmitted signals configured list, signal strength configured list includes that n cell is corresponding for base station Signal strength threshold.

Step 502, terminal receives the corresponding signal strength threshold of n cell that base station is sent.

Terminal receives the signal strength threshold of each cell in the n cell that base station is sent.

Optionally, terminal receives the signal strength configured list that base station is sent.

Step 503, terminal measures the signal strength of n cell in the predetermined time.

Terminal measures the signal strength of n cell in the given time, obtains the predetermined time of each cell in n cell Interior signal strength.

Step 504, terminal is when the signal strength of n cell meets the corresponding signal strength threshold of n cell respectively, really Determine the mobility status of terminal.

Terminal is by the signal strength of each cell in the obtained n cell of measurement signal corresponding with each cell respectively Strength threshold is compared, and judges that the signal strength of each cell in n cell meets the corresponding letter of each cell respectively Number strength threshold, terminal determine the mobility status of itself.

In a kind of optional embodiment, terminal is respectively greater than n cell corresponding in the signal strength of n cell When one signal strength threshold, determine that terminal itself is in Hypomobility state in the given time.Signal of the terminal in n cell When intensity is respectively smaller than n cell corresponding first signal strength threshold, determine that terminal itself is in high shifting in the given time Dynamic character state.

In another optional embodiment, it is corresponding that terminal in the signal strength of n cell is respectively greater than n cell First signal strength threshold, and the signal strength threshold of n cell is respectively smaller than the corresponding second signal strength threshold of n cell When, determine that terminal itself is in Hypomobility state in the given time.Terminal is respectively smaller than n in the signal strength of n cell Corresponding first signal strength threshold of a cell, or, the signal strength threshold of n cell is respectively greater than n cell corresponding When binary signal strength threshold, determine that terminal itself is in high-mobility state in the given time.

Optionally, terminal is after determining that itself is in Hypomobility state, by the ambulant measuring configuration of itself from just Normal ambulant measuring configuration is switched to the measuring configuration of Hypomobility.The measuring configuration of Hypomobility is compared to normal mobility Measuring configuration, the frequency points of measurement reduce, and/or, measurement period extends, and realizes that terminal is in Hypomobility state with this When, electric quantity consumption is reduced, and achievees the purpose that power saving.

Optionally, terminal is after determining that itself is in high-mobility state, by the ambulant measuring configuration of itself from just Normal ambulant measuring configuration is switched to the measuring configuration of high mobility.The measuring configuration of high mobility is compared to normal mobility Measuring configuration, the frequency points of measurement increase, and/or, measurement period shortens, and realizes that terminal is in high-mobility state with this When, the accuracy of the result of mobility measurements.

Method provided by the embodiments of the present application, by the signal strength of n cell in the measurement predetermined time, and it is a small in n When the signal strength in area meets the corresponding restricting the number strength threshold of n cell respectively, the mobility status of terminal is determined, reached logical The signal strength for crossing n cell of measurement, so that it is determined that the purpose of the mobility status of terminal.

The signal quality measured method as terminal side can be implemented separately in above-mentioned the step of being executed by terminal；It is above-mentioned by base The signal quality measured method as access network equipment side can be implemented separately in the step of executing of standing.

In an alternative embodiment based on Fig. 4, as shown in fig. 6, terminal no longer carries out the movement that judgement is presently in The first measuring configuration and the second measurement is used alternatingly according to the first duration and the second duration that base station configures in the step of character state Configuration, i.e. periodically alternately normal mobility measurement and Hypomobility measurement.Above-mentioned steps 406 to step 408 is replaced For step 4061 to step 4063, replacement step is as follows:

Step 4061, base station sends the first duration to terminal and the second duration, the first duration are that the first measuring configuration comes into force Duration, the second duration is the duration that the second measuring configuration comes into force.

Base station is reported according to the mobility measurements that terminal is sent, and reduces the mobility measurements requirement of terminal.Base station is according to One measuring configuration and the second measuring configuration configure the first duration under the premise of based on terminal progress mobility measurements are not influenced With the second duration.

First duration is the duration that the first measuring configuration comes into force, i.e., terminal carries out normal mobility survey in the first duration Amount.Second duration is the duration that the second measuring configuration comes into force, i.e., terminal carries out Hypomobility measurement in the second duration.

Base station sends the first duration and the second duration to terminal.

Step 4062, terminal receives the first duration and the second duration that base station is sent.

Step 4063, the first measuring configuration is used alternatingly according to the first duration and the second duration in terminal and the second measurement is matched It sets, carries out the measurement of cell signal quality.

Terminal is measured in the first duration using the normal mobility that the first measuring configuration carries out cell signal quality.Terminal It is measured in the second duration using the Hypomobility that the second measuring configuration carries out cell signal quality.

It should be noted that two durations and two groups of measuring configurations are sent to terminal by base station simultaneously, or, base station is by two Duration and two groups of measurement separately sends are to send simultaneously or separately send to two durations and two groups of measuring configurations to terminal, And sequencing when separately send, the present embodiment do not limit this.

Method provided by the embodiments of the present application, by the way that the first measuring configuration and the second measuring configuration periodically is used alternatingly, Under the premise of reducing the resource consumption of the space interface signaling between terminal and base station, the same purpose for realizing power saving.

Fig. 7 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 701 is identical to step 403 as step 401 to step 703, no longer superfluous here to chat.

Step 704, base station to terminal send cell signal quality the first measuring configuration, the first measuring configuration be for The first measuring configuration under normal mobility.

The mobility capability of terminal includes normal mobility and Hypomobility.Terminal sends mobility capability to base station.

Hypomobility is the mobility status distinguished compared to normal mobility.Hypomobility is moved compared to normal Dynamic property, is that moving range is smaller in the given time or mobile mobility status does not occur in the given time.

Optionally, normal mobility state is defaulted as initially by terminal under the original state for just having established connection with network Mobility capability under state.Therefore terminal first sends the mobility capability of normal mobility to base station, base station is according to normal movement Property, configure the first measuring configuration.First measuring configuration is terminal when carrying out normal mobility measurement to cell signal quality Measurement parameter is in the measurement of the cell signal quality under normal mobility state for terminal.Cell signal quality is terminal It carries out that the standard of cell is selected to select guarantee business for terminal according to cell signal quality when cell reselection or cell switching It is carried out continuously or the cell signal of more excellent progress.

Base station is used for configured the first cell signal quality measured measuring configuration and is sent to terminal.

Step 705, terminal receives the first measuring configuration of the cell signal quality that base station is sent.

Step 706, terminal carries out cell signal according to the first measuring configuration when mobility status is in normal mobility The measurement of quality.

Terminal is when mobility status is in normal mobility, the effective term of triggering normal mobility measurement.Terminal opens Dynamic normal mobility measurement, and terminal carries out the measurement of cell signal quality according to the first measuring configuration.

Step 707, terminal is when the mobility status being presently in is switched to Hypomobility from normal mobility, Xiang Jizhan Send the change of the first measuring state.

When terminal judges that the mobility status being presently in is switched to Hypomobility from normal mobility, sent to base station First measuring state changes.First measuring state changes the mobility status being presently in for terminal notifying base station and moves from normal Dynamic property is switched to Hypomobility.

Optionally, and then terminal sends measurement report, the measurement report packet to base station after starting Hypomobility measurement The change of the first measuring state is included, i.e. the measurement report includes that terminal from normal movement row state is switched to Hypomobility state.

The method for the mobility status that terminal judgement is presently in is as shown in figure 5, no longer superfluous here chat.

Step 708, the first measuring state that base station receives that terminal is sent changes.

Step 709, base station changes according to the first measuring state, and the second measurement for sending cell signal quality to terminal is matched It sets, the second measuring configuration is for the second measuring configuration under Hypomobility.

The first measuring state changes based on the received for base station, determines mobility status that terminal is presently in from normal movement Character state is switched to Hypomobility state.Base station configures the second measuring configuration corresponding with Hypomobility according to Hypomobility.The Two measuring configurations are measurement parameter of the terminal when carrying out Hypomobility measurement to cell signal quality, are in low shifting for terminal The measurement of cell signal quality under dynamic character state.

Optionally, the first frequency point number to be measured in the first measuring configuration is greater than to be measured second in the second measuring configuration Frequency point number；And/or first the first measurement period in measuring configuration is less than the second measurement period in the second measuring configuration.? In schematical example, the value of measurement period includes: sf160, sf256, sf320, sf512, at least one of sf640, Wherein, sf indicates system-frame, and sf160 indicates that 160 system-frames, 160 system-frames indicate 160 milliseconds.

Base station is used for configured the second cell signal quality measured measuring configuration and is sent to terminal.

Step 710, terminal receives the second measuring configuration of the cell signal quality that base station is sent.

Step 711, terminal is judged when the mobility status being presently in is switched to Hypomobility from normal mobility, The measuring configuration to come into force is switched to the second measuring configuration from the first measuring configuration.

Optionally, terminal is judged when the mobility status being presently in is switched to Hypomobility from normal mobility, The first measuring configuration is deleted, the second measuring configuration is enabled；Or, terminal is judged to move in the mobility status being presently in from normal When dynamic property is switched to Hypomobility, the first measuring configuration is disabled, starts the second measuring configuration.

Step 712, terminal carries out cell signal matter according to the second measuring configuration when mobility status is in Hypomobility The measurement of amount.

Terminal when judging that terminal is in Hypomobility state again, starting Hypomobility measurement, and terminal is according to the The measurement of two measuring configurations progress cell signal quality.The measurement report that Hypomobility measurement obtains is sent to base station by terminal, Report includes that the first measuring state changes.

Optionally, when terminal judges that the mobility status being presently in is switched to normal mobility from Hypomobility, The measuring configuration to come into force is switched to the first measuring configuration from the second measuring configuration again.

Method provided by the embodiments of the present application, by the way that base station can be reduced in single by two groups of measuring configuration separately sends The data volume carried required for configuration signal in configuration process, to save interface-free resources.

Fig. 8 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 801, terminal sends mobility capability to base station.

The mobility capability of terminal includes normal mobility and high mobility.

High mobility is all the mobility status distinguished compared to normal mobility.High mobility is terminal when default Interior moving range is greater than the moving condition of the second range.

Step 802, base station receives the mobility capability that terminal is sent.

Base station receives the mobility capability that terminal is sent.The mobility capability is used to indicate the terminal and is provided simultaneously with normal shifting The ability of dynamic property and high mobility.

Step 803, base station generates the measuring configuration of cell signal quality according to mobility capability.

Step 804, base station sends two groups of measuring configurations of cell signal quality to terminal, and two groups of measuring configurations include: use In the first measuring configuration under normal mobility, and, for the third measuring configuration under high mobility.

Base station configures two groups of surveys corresponding with normal mobility and high mobility according to the mobility capability received Amount configuration, i.e. base station configure the first measuring configuration according to the mobility capability of normal mobility；Base station is according to the shifting of high mobility Dynamic sexuality, configures third measuring configuration.

First measuring configuration is measurement parameter of the terminal when carrying out normal mobility measurement to cell signal quality, is used for Terminal is in the measurement of the cell signal quality under normal mobility state.Third measuring configuration is terminal to cell signal matter Amount carries out measurement parameter when high mobility measurement, and the survey of the cell signal quality under high-mobility state is in for terminal Amount.

Optionally, third frequency point number to be measured in third measuring configuration is greater than to be measured first in the first measuring configuration Frequency point number；And/or the third measurement period in third measuring configuration is less than the third measurement period in the first measuring configuration.? In schematical example, the value of measurement period includes: sf160, sf256, sf320, sf512, at least one of sf640, Wherein, sf indicates system-frame (system frame), and sf160 indicates that 160 system-frames, 160 system-frames indicate 160 milliseconds.

Base station will be used for cell signal quality measured the first measuring configuration and third measuring configuration while be sent to terminal.

Step 805, terminal receives two groups of measuring configurations of the cell signal quality that base station is sent.

Terminal receives the first measuring configuration and third measuring configuration of the cell signal quality of base station transmission simultaneously.

Step 806, terminal judges the mobility status being presently in.

Terminal judges the mobility status being presently in, when the mobility status that terminal is presently in is normal movement character When state, step 807 is gone to；When the mobility status that terminal is presently in is high-mobility state, step 808 is gone to.

The mobility status that terminal judgement is presently in method shown in Figure 5, it is no longer superfluous here to chat.

Step 807, terminal carries out cell signal according to the first measuring configuration when mobility status is in normal mobility The measurement of quality.

Step 808, terminal carries out cell signal matter according to third measuring configuration when mobility status is in high mobility The measurement of amount.

Terminal is when judging that terminal is in high-mobility state, the effective term of triggering high mobility measurement.Terminal opens Dynamic high mobility measurement, and terminal carries out the measurement of cell signal quality according to third measuring configuration.

The effective term of high mobility measurement, when judging that terminal is in high-mobility state, starts high move for terminal Dynamic property measurement.

Optionally, terminal is in the effective term of triggering high mobility measurement, after starting high mobility measurement, and then to base It stands and sends measurement report, which includes the change of the second measuring state, i.e., the measurement report includes terminal from normal movement Row state is switched to high-mobility state, and the measurement of cell signal quality is carried out according to third measuring configuration.

It should be noted that the effective term of normal mobility measurement and the effective term of high mobility measurement are by base station Configuration, and it is sent to terminal simultaneously together with two groups of measuring configurations, or, with two groups of measuring configuration separately sends to terminal；Or Person, the effective term of normal mobility measurement and the effective term of high mobility measurement are by terminal built-in, and terminal will be normal The effective term of effective term and the high mobility measurement of mobility measurements is stored in memory.

Method provided by the embodiments of the present application, the mobility capability of terminal include normal mobility and high mobility, base station Two kinds of mobility capability being provided simultaneously with according to terminal configure two groups of measuring configurations, so that when the mobility status difference of terminal, Using corresponding measuring configuration, reaches when terminal is in normal mobility state and carry out normal mobility measurement, terminal is in height High mobility measurement is carried out when mobility status, is but measured using normal mobility so that terminal be avoided to be in high-mobility state Caused by measurement result inaccuracy.

In an alternative embodiment based on Fig. 8, as shown in figure 9, terminal no longer carries out the movement that judgement is presently in The first measuring configuration and third measurement is used alternatingly according to the first duration and third duration that base station configures in the step of character state Configuration, i.e. periodically alternately normal mobility measurement and high mobility measurement.Above-mentioned steps 806 to step 808 is replaced For step 8061 to step 8063, replacement step is as follows:

Step 8061, base station sends the first duration to terminal and third duration, the first duration are that the first measuring configuration comes into force Duration, third duration is the duration that third measuring configuration comes into force.

Base station is according to the first measuring configuration and third measuring configuration, before based on terminal progress mobility measurements are not influenced It puts, configures the first duration and third duration.

First duration is the duration that the first measuring configuration comes into force, i.e., terminal carries out normal mobility survey in the first duration Amount.Third duration is the duration that third measuring configuration comes into force, i.e., terminal carries out high mobility measurement in third duration.

Base station sends the first duration and third duration to terminal.

Step 8062, terminal receives the first duration and third duration that base station is sent.

Step 8063, the first measuring configuration is used alternatingly according to the first duration and third duration in terminal and third measurement is matched It sets, carries out the measurement of cell signal quality.

Terminal is measured in the first duration using the normal mobility that the first measuring configuration carries out cell signal quality.Terminal It is measured in third duration using the high mobility that third measuring configuration carries out cell signal quality.

Figure 10 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 1001 is identical to step 803 as step 801 to step 1003, no longer superfluous here to chat.

Step 1004, base station sends the first measuring configuration of cell signal quality to terminal, and the first measuring configuration is to be used for The first measuring configuration under normal mobility.

The mobility capability of terminal includes normal mobility and high mobility.Terminal sends mobility capability to base station.

High mobility is the mobility status distinguished compared to normal mobility.High mobility is moved compared to normal Dynamic property is the biggish mobility status of moving range in the given time.

Step 1005, terminal receives the first measuring configuration of the cell signal quality that base station is sent.

Step 1006, terminal carries out cell letter according to the first measuring configuration when mobility status is in normal mobility The measurement of number quality.

Step 1007, terminal is when the mobility status being presently in is switched to high mobility from normal mobility, Xiang Ji It stands and sends the change of the second measuring state.

When terminal judges that the mobility status being presently in is switched to high mobility from normal mobility, sent to base station Second measuring state changes.Second measuring state changes the mobility status being presently in for terminal notifying base station and moves from normal Dynamic property is switched to high mobility.

Optionally, and then terminal sends measurement report, the measurement report packet to base station after starting high mobility measurement The change of the second measuring state is included, i.e. the measurement report includes that terminal from normal movement row state is switched to high-mobility state.

Step 1008, the second measuring state that base station receives that terminal is sent changes.

Step 1009, base station changes according to the second measuring state, and the third measurement for sending cell signal quality to terminal is matched It sets, third measuring configuration is for the third measuring configuration under high mobility.

The second measuring state changes based on the received for base station, determines mobility status that terminal is presently in from normal movement Character state is switched to high-mobility state.Base station configures third measuring configuration corresponding with high mobility according to high mobility.The Three measuring configurations are measurement parameter of the terminal when carrying out high mobility measurement to cell signal quality, are in high for terminal and move The measurement of cell signal quality under dynamic character state.

Optionally, third frequency point number to be measured in third measuring configuration is greater than to be measured first in the first measuring configuration Frequency point number；And/or the third measurement period in third measuring configuration is less than the first measurement period in the first measuring configuration.? In schematical example, the value of measurement period includes: sf160, sf256, sf320, sf512, at least one of sf640, Wherein, sf indicates system-frame, and sf160 indicates that 160 system-frames, 160 system-frames indicate 160 milliseconds.

Base station is used for configured cell signal quality measured third measuring configuration and is sent to terminal.

Step 1010, terminal receives the third measuring configuration for the cell signal quality that base station is sent.

Step 1011, terminal is judged to be switched to high mobility from normal mobility in the mobility status being presently in When, the measuring configuration to come into force is switched to third measuring configuration from the first measuring configuration.

Optionally, terminal is judged when the mobility status being presently in is switched to high mobility from normal mobility, The first measuring configuration is deleted, third measuring configuration is enabled；Or, terminal is judged to move in the mobility status being presently in from normal When dynamic property is switched to high mobility, the first measuring configuration is disabled, starts third measuring configuration.

Step 1012, terminal carries out cell signal according to third measuring configuration when mobility status is in high mobility The measurement of quality.

Terminal when judging that terminal is in high-mobility state again, starting high mobility measurement, and terminal is according to the The measurement of three measuring configurations progress cell signal quality.The measurement report that high mobility measurement obtains is sent to base station by terminal, Measurement report changes including the second measuring state.

Optionally, when terminal judges that the mobility status being presently in is switched to normal mobility from high mobility, The measuring configuration to come into force is switched to the first measuring configuration from third measuring configuration again.

Figure 11 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 1101, terminal sends mobility capability to base station.

The mobility capability of terminal includes normal mobility, Hypomobility and high mobility.

Hypomobility and high mobility are all the mobility status distinguished compared to normal mobility.Hypomobility is eventually End remains stationary within a preset time or moving range is less than the moving condition of the first range, and high mobility is terminal when default Interior moving range is greater than the moving condition of the second range.

Step 1102, base station receives the mobility capability that terminal is sent.

Base station receives the mobility capability that terminal is sent.The mobility capability is used to indicate the terminal and is provided simultaneously with normal shifting Dynamic property, the ability of Hypomobility and high mobility.

Step 1103, base station generates the measuring configuration of cell signal quality according to mobility capability.

Step 1104, base station sends three groups of measuring configurations of cell signal quality to terminal, and three groups of measuring configurations include: use In the first measuring configuration under normal mobility, for the second measuring configuration under Hypomobility, and, in Gao Yidong Third measuring configuration under property.

According to the mobility capability received, it is right respectively with normal mobility, Hypomobility and high mobility to configure for base station The three groups of measuring configurations answered, i.e. base station configure the first measuring configuration according to the mobility capability of normal mobility；Base station is according to low Ambulant mobility capability configures the second measuring configuration；Mobility capability of the base station according to high mobility, configuration third measurement Configuration.

Optionally, the first frequency point number to be measured in the first measuring configuration is greater than to be measured second in the second measuring configuration Frequency point number；And/or first the first measurement period in measuring configuration is less than in the second measuring configuration

Second measurement period.

Third frequency point number to be measured is greater than the first frequency point number to be measured in the first measuring configuration in third measuring configuration； And/or the third measurement period in third measuring configuration is less than the third measurement period in the first measuring configuration.

It is same that base station will be used for the first cell signal quality measured measuring configuration, the second measuring configuration and third measuring configuration When be sent to terminal.

Step 1105, terminal receives three groups of measuring configurations of the cell signal quality that base station is sent.

The first measuring configuration, the second measuring configuration and the third that terminal receives the cell signal quality of base station transmission simultaneously are surveyed Amount configuration.

Step 1106, terminal judges the mobility status being presently in.

Terminal judges the mobility status being presently in, when the mobility status that terminal is presently in is normal movement character When state, step 1107 is gone to；When the mobility status that terminal is presently in is Hypomobility state, step 1108 is gone to；When When the mobility status that terminal is presently in is high-mobility state, step 1109 is gone to.

Step 1107 is identical to the content of step 1109 and the content of above-described embodiment, no longer superfluous here to chat.

Method provided by the embodiments of the present application, the mobility capability of terminal include normal mobility, Hypomobility and high shifting Dynamic property, three kinds of mobility capability that base station is provided simultaneously with according to terminal configure three groups of measuring configurations, so that the mobile character of terminal When state difference, using corresponding measuring configuration, but measured using normal mobility so that terminal be avoided to be in high-mobility state Caused by measurement result inaccuracy, terminal be in Hypomobility state but use normal mobility measurement caused by electricity wave Take.

Method provided by the embodiments of the present application, base station send three groups of measuring configurations to terminal simultaneously, terminal are existed Determine the mobility status that is presently in, switch to measuring configuration corresponding with current mobility state at once to measure, So that the handoff procedure of the mobility measurements of terminal is rapid.

In an alternative embodiment based on Figure 12, as shown in figure 11, the first duration that terminal is configured according to base station, The first measuring configuration, the second measuring configuration and third measuring configuration is used alternatingly in two durations and third duration, i.e., periodically alternately Carry out normal mobility measurement, Hypomobility measurement and high mobility measurement.Above-mentioned steps 1106 to step 1108 is replaced by For step 11061 to step 11063, replacement step is as follows:

Step 11061, it is the first survey that base station, which sends the first duration, the second duration and third duration, the first duration to terminal, The duration of configuration take-effective is measured, the second duration is the duration that the second measuring configuration comes into force, and third duration is that third measuring configuration comes into force Duration.

Base station is being based on not influencing terminal progress according to the first measuring configuration, the second measuring configuration and third measuring configuration Under the premise of mobility measurements, the first duration of configuration, the second duration and third duration.

Base station sends the first duration, the second duration and third duration to terminal.

Step 11062, terminal receives the first duration, the second duration and the third duration that base station is sent.

Step 11063, the first measuring configuration, is used alternatingly according to the first duration, the second duration and third duration in terminal Two measuring configurations and third measuring configuration, carry out the measurement of cell signal quality.

Terminal is measured in the first duration using the normal mobility that the first measuring configuration carries out cell signal quality.Terminal It is measured in the second duration using the Hypomobility that the second measuring configuration carries out cell signal quality.Terminal makes in third duration The high mobility measurement of cell signal quality is carried out with third measuring configuration.

It should be noted that three durations and three groups of measuring configurations are sent to terminal by base station simultaneously, or, base station is by three Duration and three groups of measurement separately sends are to send simultaneously or separately send to three durations and three groups of measuring configurations to terminal, And sequencing when separately send, the present embodiment do not limit this.

Figure 13 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 1301 is identical to step 1103 as step 1101 to step 1303, no longer superfluous here to chat.

The content of step 1304 to step 1312 is identical to step 712 content as step 704 shown in Fig. 7, therefore step 1304 can be found in step 704 shown in Fig. 7 to step 712 to step 1312, no longer go to live in the household of one's in-laws on getting married chat here.

The content of step 1313 to step 1318 is identical to step 1012 content as step 1007 shown in Fig. 10, therefore step 1313 can be found in step 1007 shown in Fig. 10 to step 1012 to step 1318, no longer go to live in the household of one's in-laws on getting married chat here.

It should be noted that when the mobility status of terminal is switched to high-mobility state from Hypomobility state, switching Process, which can be, is first switched to normal mobility state from mobility status, then is switched to high mobility from normal mobility state State；Alternatively, switching flow is also possible to directly be switched to high-mobility state from Hypomobility state, the present embodiment is to switching Process is without limitation.When the mobility status of terminal is switched to Hypomobility state from high-mobility state, switching flow.

Figure 14 shows the process of the measurement method of the cell signal quality of another exemplary embodiment of the application offer Figure, this method can be applied to implementation environment shown in FIG. 1, and the present embodiment is by taking access network equipment is base station as an example.This method packet It includes:

Step 1401, terminal shows set interface, and set interface includes the control for changing mobility capability.

Set interface is the interface of the mobility capability of manual change terminal.When the mobility status of terminal does not occur for a long time When variation, the set interface that user is shown by terminal changes the mobility capability of terminal manually, so that the terminal after change is more Suitable for mobility status.

Schematically, referring to Figure 15, the schematic diagram for the set interface 900 that terminal is shown is shown.It is shown in set interface 900 It is shown with the first feather key 901, the second feather key 902 and third feather key 903, the first feather key 901 is used to forbidding or starting normal mobility, Second feather key 902 is for forbidding or starting Hypomobility, and third feather key 903 is for forbidding or starting high mobility.When terminal When mobility capability does not change for a long time, user is by three feather keys in set interface 900 to the travelling performance of terminal Power carries out manual setting.

Optionally, the corresponding usage scenario of Hypomobility in Figure 15 in set interface 900 includes making for fixed line type terminal For a long time not with the various terminals present positions such as sensor terminals for detecting some test object in scene and Internet of Things Changed usage scenario.For example used mobile phone as base, mobile phone location does not change for a long time.

The corresponding usage scenario of high mobility includes that fast-changing make occurs in the terminals such as high-speed rail present position short time Use scene.Such as when terminal is located in high-speed rail, under the high-speed mobile using the mobility capability of high mobility to guarantee high-speed rail, Business can still continue to carry out.

The corresponding usage scenario of normal mobility is between Hypomobility and two mobility capability of high mobility are corresponding makes With between scene.

Step 1402, mobility capability of the terminal when receiving the setting signal on control, after determining change.

Setting signal is the signal generated when the control for changing mobility capability in set interface is triggered.

Terminal determines that control is triggered when receiving the setting signal on control.Terminal determines eventually according to setting signal Mobility capability after the change of end.Mobility capability after change is in set interface for changing the control of mobility capability The mobility capability of terminal after being triggered.

Step 1403, terminal sends the mobility capability after change to base station.

Step 1404, base station receives the mobility capability after the change that terminal is sent.

Step 1405, base station sends the measurement of cell signal quality to terminal according to the mobility capability after change again Configuration.

Base station determines the mobility status that terminal is presently according to the mobility capability after change.Base station is according to terminal The mobility status being presently in configures the measuring configuration of cell signal quality corresponding with the mobility status being presently in.

Step 1406, terminal receives the measuring configuration for the cell signal quality that base station is sent again, the measurement sent again Configuration is that base station is configured according to mobility capability after change.

Step 1407, terminal carries out the measurement of cell signal quality according to the measuring configuration sent again.

Terminal carries out the measurement of cell signal quality, the measuring configuration sent again according to the measuring configuration sent again It is measuring configuration corresponding with the mobility status that terminal is presently in.

Method provided by the embodiments of the present application, in the mobility capability for needing to change terminal, by set interface to end The mobility capability at end is modified, and receives the measuring configuration sent again corresponding with mobility capability after change, so that Mobility capacity of terminal can be adjusted to corresponding mobility measurements after changing, and achieve the purpose that power saving.

It should be noted that method provided by the embodiments of the present application is suitable for the implementation shown in above-mentioned Fig. 3 to Figure 14 simultaneously In example, i.e., when the mobility capability of the terminal provided when the embodiment shown in above-mentioned Fig. 3 to Figure 14 does not change for a long time, lead to The mobility capability that method provided in this embodiment changes terminal is crossed, so that the usage scenario of terminal and its mobility capability phase one It causes.For example, using mobile phone as the fixed-line telephone in family in use, the mobile phone is fixed Terminal Type, and when the mobile phone is made again It is mobile mobile phone in use, the mobile phone belongs to on-fixed Terminal Type again.

Following is the application Installation practice, can be used for executing the application embodiment of the method.It is real for the application device Undisclosed details in example is applied, the application embodiment of the method is please referred to.

The structure that Figure 16 shows the measuring device of the cell signal quality of one exemplary embodiment of the application offer is shown Be intended to, the device can by software, hardware or both be implemented in combination with as terminal all or part of, the device packet It includes:

First sending module 1010 is configured as sending mobility capability to access network equipment；

First receiving module 1020, the measurement for being configured as receiving the cell signal quality that the access network equipment is sent are matched It sets, measuring configuration is that access network equipment is configured according to mobility capability；

Measurement module 1030 is configured as carrying out the measurement of cell signal quality according to measuring configuration.

Optionally, mobility capability includes at least one of following ability:

Normal mobility, Hypomobility, high mobility.

In a kind of optional embodiment, mobility capability includes normal mobility and Hypomobility；

First receiving module 1020, two groups of measurements for being configured as receiving the cell signal quality that access network equipment is sent are matched Set, two groups of measuring configurations include: for the first measuring configuration under normal mobility, and, under Hypomobility Two measuring configurations；

Wherein, power consumption of the power consumption of the second measuring configuration less than the first measuring configuration.

Optionally, the first frequency point number to be measured in the first measuring configuration is greater than to be measured second in the second measuring configuration Frequency point number；And/or first the first measurement period in measuring configuration is less than the second measurement period in the second measuring configuration.

Optionally, as shown in figure 17, measurement module 1030, comprising:

Judging unit 1031 is configured as the mobility status that judgement is presently in；

Measuring unit 1032 is configured as when mobility status is in normal mobility, according to the first measuring configuration into The measurement of row cell signal quality；

Measuring unit 1032 is configured as when mobility status is in Hypomobility, is carried out according to the second measuring configuration The measurement of cell signal quality.

Optionally, device further include:

Generation module 1040 is configured as the measurement of the cell signal quality carried out according to the second measuring configuration, generates low Mobility measurements report, Hypomobility measurement report change including the first measuring state；

First sending module 1010 is configured as sending Hypomobility measurement report to access network equipment.

In another optional embodiment, the first receiving module 1020 is configured as receiving access network equipment transmission The first duration and the second duration, the first duration is the duration that the first measuring configuration comes into force, and the second duration is the second measuring configuration The duration to come into force；

Measurement module 1030 is configured as that the first measuring configuration and second is used alternatingly according to the first duration and the second duration Measuring configuration carries out the measurement of cell signal quality.

In another optional embodiment, mobility capability includes normal mobility and Hypomobility；

As shown in figure 18, the first receiving module 1020, comprising:

First receiving unit 1021, the first measurement for being configured as receiving the cell signal quality that access network equipment is sent are matched It sets, the first measuring configuration is for the first measuring configuration under normal mobility；

First transmission unit 1022 is configured as being switched to low shifting from normal mobility in the mobility status being presently in When dynamic property, the first measuring state is sent to access network equipment and is changed；

First receiving unit 1021, the second measurement for being configured as receiving the cell signal quality that access network equipment is sent are matched It sets, the second measuring configuration is for the second measuring configuration under Hypomobility.

Optionally, measurement module 1030, comprising:

Judging unit 1031 is configured as judging being switched in the mobility status being presently in from normal mobility low When mobility, the measuring configuration to come into force is switched to the second measuring configuration from the first measuring configuration；

In another optional embodiment, mobility capability includes: normal mobility and high mobility；

First receiving module 1020, two groups of measurements for being configured as receiving the cell signal quality that access network equipment is sent are matched Set, two groups of measuring configurations include: for the first measuring configuration under normal mobility, and, under high mobility Three measuring configurations；

Wherein, the power consumption of the first measuring configuration is less than the power consumption of third measuring configuration.

Optionally, third frequency point number to be measured in third measuring configuration is greater than to be measured first in the first measuring configuration Frequency point number；And/or the third measurement period in third measuring configuration is less than the first measurement period in the first measuring configuration.

Optionally, measurement module 1030, comprising:

Measuring unit 1032 is configured as when mobility status is in high mobility, is carried out according to third measuring configuration The measurement of cell signal quality.

Optionally, generation module 1040 are configured as the measurement of the cell signal quality carried out according to third measuring configuration, The measurement report of high mobility measurement is generated, measurement report changes including the second measuring state；

First sending module 1010 is configured as sending measurement report to access network equipment.

In another optional embodiment, the first receiving module 1020 is configured as receiving access network equipment transmission The first duration and third duration, the first duration is the duration that the first measuring configuration comes into force, and third duration is third measuring configuration The duration to come into force；

Measurement module 1030 is configured as that the first measuring configuration and third is used alternatingly according to the first duration and third duration Measuring configuration carries out the measurement of cell signal quality.

First receiving module 1020, comprising:

First transmission unit 1022 is configured as being switched to high shifting from normal mobility in the mobility status being presently in When dynamic property, the second measuring state is sent to access network equipment and is changed；

First receiving unit 1021, the third measurement for being configured as receiving the cell signal quality that access network equipment is sent are matched It sets, third measuring configuration is for the third measuring configuration under high mobility.

Optionally, measurement module 1030, comprising:

Judging unit 1031 is configured as judging being switched to height from normal mobility in the mobility status being presently in When mobility, the measuring configuration to come into force is switched to third measuring configuration from the first measuring configuration；

In another optional embodiment, device further include:

Display module 1050 is configured as display set interface, and set interface includes the control for changing mobility capability Part；

First receiving module 1020 is configured as when receiving the setting signal on control, the movement after determining change Sexuality；

First sending module 1010 is configured as sending the mobility capability after change to access network equipment；

First receiving module 1020, the measurement for being configured as receiving the cell signal quality that access network equipment is sent again are matched It sets, the measuring configuration sent again is that access network equipment is configured according to mobility capability after change；

Measurement module 1030 is configured as carrying out the measurement of cell signal quality according to the measuring configuration sent again.

The structure that Figure 19 shows the measuring device of the cell signal quality of one exemplary embodiment of the application offer is shown Be intended to, the device can by software, hardware or both be implemented in combination with as terminal all or part of, the device packet It includes:

Second receiving module 1310 is configured as receiving the mobility capability that terminal is sent；

Generation module 1320, the measurement for being configured as generating the cell signal quality according to the mobility capability are matched It sets；

Second sending module 1330 is configured as sending the measuring configuration of cell signal quality to terminal.

Optionally, mobility capability includes at least one of following ability: normal mobility, Hypomobility, Gao Yidong Property.

Second sending module 1330 is configured as sending two groups of measuring configurations of cell signal quality, two groups of surveys to terminal Amount configuration include: for the first measuring configuration under normal mobility, and, under Hypomobility second measurement match It sets；

Optionally, the second receiving module 1310 is configured as receiving the Hypomobility measurement report that terminal is sent, low movement Property measurement report include the first measuring state change.

In another optional embodiment, device further include:

Second sending module is configured as sending the first duration to terminal and the second duration, the first duration is the first measurement The duration of configuration take-effective, the second duration are the durations that the second measuring configuration comes into force.

As shown in figure 20, the second sending module 1330, comprising:

Second transmission unit 1331 is configured as sending the first measuring configuration of cell signal quality to terminal, and first surveys Amount configuration is for the first measuring configuration under normal mobility；

Second receiving unit 1332 is configured as receiving the first measuring state change that terminal is sent；

Second transmission unit 1331, is configured as being changed according to the first measuring state, sends cell signal quality to terminal The second measuring configuration, the second measuring configuration is for the second measuring configuration under Hypomobility；

In another optional embodiment, mobility capability includes normal mobility and high mobility；

Second sending module 1330 is configured as sending two groups of measuring configurations of cell signal quality, two groups of surveys to terminal Amount configuration include: for the first measuring configuration under normal mobility, and, match for the third measurement under high mobility It sets；

Second sending module 1330, comprising:

Second transmission unit 1331 is configured as sending the first measuring configuration of cell signal quality to terminal, and first surveys Amount configuration is for the measuring configuration under normal mobility；

Second receiving unit 1332 is configured as receiving the second measuring state change that terminal is sent；

Second transmission unit 1331 is configured as being changed according to the second measuring state to terminal transmission cell signal quality Third measuring configuration, third measuring configuration are for the measuring configuration under high mobility；

Optionally, the second receiving module 1310 is configured as receiving the measurement report that terminal is sent, and measurement report includes the Two measuring states change.

Second sending module 1330 is configured as sending two groups of measuring configurations of cell signal quality, Yi Ji to terminal One duration and third duration；

Two groups of measuring configurations include: for the first measuring configuration under normal mobility, and, under high mobility Third measuring configuration, the first duration is the duration that the first measuring configuration comes into force, and third duration is that third measuring configuration comes into force Duration.

In another optional embodiment, the second receiving module 1310 is configured as receiving the change that terminal is sent Mobility capability afterwards；

Second sending module 1320, is configured as according to the mobility capability after change, sends cell letter again to terminal The measuring configuration of number quality.

It should be understood that the measuring device of cell signal quality provided by the above embodiment is carrying out cell signal quality Measurement when, only the example of the division of the above functional modules, in practical application, can according to need and will be above-mentioned Function distribution is completed by different functional modules, i.e., the internal structure of equipment is divided into different functional modules, with complete with The all or part of function of upper description.In addition, the measuring device of cell signal quality provided by the above embodiment and cell are believed The embodiment of the method for the measurement method of number quality belongs to same design, and specific implementation process is detailed in embodiment of the method, here not It repeats again.

It should be noted that the sending module in above-described embodiment can be realized by communication chip, it can also be by communication core Piece and processor cooperative achievement；And/or the receiving module in above-described embodiment can be realized by communication chip, it can also be by leading to Believe chip and processor cooperative achievement.

Figure 21 shows a kind of block diagram of communication equipment 1500 of one exemplary embodiment of the application offer.For example, logical Letter equipment 1500 can be terminal or access network equipment.As shown in figure 21, communication equipment 1500 may include: processor 1501, Receiver 1502, transmitter 1503 and memory 1504.Receiver 1502, transmitter 1503 and memory 1504 are respectively by total Line is connect with processor 1501.

Wherein, processor 1501 includes one or more than one processing core, and processor 1501 passes through runs software journey In the uplink data transmission method of sequence and module to execute embodiment of the present disclosure offer performed by terminal or access network equipment Method.Memory 1504 can be used for storing software program and module.Specifically, memory 1504 can storage program area 15041, application program module 15042 needed at least one function.Receiver 1502 is used to receive the logical of other equipment transmission Letter data, transmitter 1503 are used to send communication data to other equipment.

Figure 22 shows a kind of block diagram of communication system 1600 of one exemplary embodiment of the application offer, such as Figure 22 institute Show, which includes: access network equipment 1601 and terminal 1602.

Wherein, access network equipment 1601 and terminal 1602 are for executing the cell that Fig. 3 is executed into embodiment illustrated in fig. 15 The measurement method of signal quality.

In the exemplary embodiment, a kind of computer readable storage medium is additionally provided, the computer readable storage medium For non-volatile computer readable storage medium, it is stored with computer program in the computer readable storage medium, storage Computer program component processed can be realized the measurement side of the cell signal quality of the above embodiments of the present application offer when executing Method.

The embodiment of the present application also provides a kind of computer program product, it is stored with instruction in the computer program product, When run on a computer, enable a computer to execute the measurement side of cell signal quality provided by the embodiments of the present application Method.

The embodiment of the present application also provides a kind of chip, which includes programmable logic circuit and/or program instruction, when The chip is able to carry out the measurement method of cell signal quality provided by the embodiments of the present application when running.

It should be understood that referenced herein " multiple " refer to two or more."and/or", description association The incidence relation of object indicates may exist three kinds of relationships, for example, A and/or B, can indicate: individualism A exists simultaneously A And B, individualism B these three situations.Character "/" typicallys represent the relationship that forward-backward correlation object is a kind of "or".

Those of ordinary skill in the art will appreciate that realizing that all or part of the steps of above-described embodiment can pass through hardware It completes, relevant hardware can also be instructed to complete by program, the program can store in a kind of computer-readable In storage medium, storage medium mentioned above can be read-only memory, disk or CD etc..

The foregoing is merely the preferred embodiments of the application, not to limit the application, it is all in spirit herein and Within principle, any modification, equivalent replacement, improvement and so on be should be included within the scope of protection of this application.

Claims

1. a kind of measurement method of cell signal quality, which is characterized in that the described method includes:

Terminal sends mobility capability to access network equipment；

The terminal receives the measuring configuration for the cell signal quality that the access network equipment is sent, and the measuring configuration is The access network equipment is configured according to the mobility capability；

2. the method according to claim 1, wherein the mobility capability includes at least one in following ability Kind:

Normal mobility, Hypomobility, high mobility.

3. according to the method described in claim 2, it is characterized in that, the mobility capability includes the normal mobility and institute State Hypomobility；

The terminal receives the measuring configuration for the cell signal quality that the access network equipment is sent, comprising:

The terminal receives two groups of measuring configurations of the cell signal quality that the access network equipment is sent, two groups of surveys Amount configuration include: for the first measuring configuration under the normal mobility, and, for second under the Hypomobility Measuring configuration；

4. according to the method described in claim 3, it is characterized in that,

The first frequency point number to be measured is greater than the second frequency to be measured in second measuring configuration in first measuring configuration Points；

And/or

The first measurement period in first measuring configuration is less than the second measurement period in second measuring configuration.

5. according to the method described in claim 3, it is characterized in that, the terminal carries out the cell according to the measuring configuration The measurement of signal quality, comprising:

The terminal judges the mobility status being presently in；

The terminal is when the mobility status is in the normal mobility, according to described in first measuring configuration progress The measurement of cell signal quality；

The terminal carries out described small when the mobility status is in the Hypomobility according to second measuring configuration The measurement of area's signal quality.

6. according to the method described in claim 5, it is characterized in that, the terminal is in the low shifting in the mobility status When dynamic property, after the measurement that the cell signal quality is carried out according to second measuring configuration, further includes:

The measurement for the cell signal quality that the terminal is carried out according to second measuring configuration generates measurement report, institute Measurement report is stated to change including the first measuring state；

The terminal sends the measurement report to the access network equipment.

7. according to the method described in claim 3, it is characterized in that, the method also includes:

The terminal receives the first duration and the second duration that the access network equipment is sent, and first duration is described first The duration that measuring configuration comes into force, second duration are the durations that second measuring configuration comes into force；

Terminal carries out the measurement of the cell signal quality according to the measuring configuration, comprising:

First measuring configuration and described second is used alternatingly according to first duration and second duration in the terminal Measuring configuration carries out the measurement of the cell signal quality.

8. according to the method described in claim 2, it is characterized in that, the mobility capability includes the normal mobility and institute State Hypomobility；

The terminal receives the first measuring configuration of the cell signal quality that the access network equipment is sent, and described first surveys Amount configuration is for the first measuring configuration under the normal mobility；

The terminal is when the mobility status being presently in is switched to the Hypomobility from the normal mobility, Xiang Suoshu Access network equipment sends the first measuring state and changes；

The terminal receives the second measuring configuration of the cell signal quality that the access network equipment is sent, and described second surveys Amount configuration is for the second measuring configuration under the Hypomobility.

9. according to the method described in claim 8, it is characterized in that, the terminal carries out the cell according to the measuring configuration The measurement of signal quality, comprising:

The terminal judges when the mobility status being presently in is switched to the Hypomobility from the normal mobility, The measuring configuration to come into force is switched to second measuring configuration from first measuring configuration；

10. according to the method described in claim 2, it is characterized in that, the mobility capability include: the normal mobility and The high mobility；

The terminal receives two groups of measuring configurations of the cell signal quality that the access network equipment is sent, two groups of surveys Amount configuration include: for the first measuring configuration under the normal mobility, and, for the third under the high mobility Measuring configuration；

11. according to the method described in claim 10, it is characterized in that,

Third frequency point number to be measured is greater than the first frequency to be measured in first measuring configuration in the third measuring configuration Points；

And/or

Third measurement period in the third measuring configuration is less than the first measurement period in first measuring configuration.

12. according to the method described in claim 10, it is characterized in that, the terminal is described small according to measuring configuration progress The measurement of area's signal quality, comprising:

The terminal judges the mobility status being presently in；

The terminal carries out described small when the mobility status is in the high mobility according to the third measuring configuration The measurement of area's signal quality.

13. according to the method for claim 12, which is characterized in that the terminal is in the height in the mobility status When mobility, after the measurement that the cell signal quality is carried out according to the third measuring configuration, further includes:

The measurement for the cell signal quality that the terminal is carried out according to the third measuring configuration generates measurement report, institute Measurement report is stated to change including the second measuring state；

The terminal sends the measurement report to the access network equipment.

14. according to the method described in claim 10, it is characterized in that, the method also includes:

The terminal receives the first duration and third duration that the access network equipment is sent, and first duration is described first The duration that measuring configuration comes into force, the third duration are the durations that the third measuring configuration comes into force；

First measuring configuration and the third is used alternatingly according to first duration and the third duration in the terminal Measuring configuration carries out the measurement of the cell signal quality.

15. according to the method described in claim 2, it is characterized in that, the mobility capability include: the normal mobility and The high mobility；

The terminal is when the mobility status being presently in is switched to the high mobility from the normal mobility, Xiang Suoshu Access network equipment sends the second measuring state and changes；

The terminal receives the third measuring configuration for the cell signal quality that the access network equipment is sent, and the third is surveyed Amount configuration is for the third measuring configuration under the high mobility.

16. according to the method for claim 15, which is characterized in that the terminal carries out described small according to the measuring configuration The measurement of area's signal quality, comprising:

The terminal judges when the mobility status being presently in is switched to the high mobility from the normal mobility, The measuring configuration to come into force is switched to the third measuring configuration from first measuring configuration；

17. method according to any one of claims 1 to 16, which is characterized in that the method also includes:

The terminal shows set interface, and the set interface includes the control for changing the mobility capability；

The terminal receives the measuring configuration for the cell signal quality that the access network equipment is sent again, described to send out again The measuring configuration sent is that the access network equipment is configured according to mobility capability after the change；

18. a kind of measurement method of cell signal quality, which is characterized in that the described method includes:

19. according to the method for claim 18, which is characterized in that the mobility capability include in following ability at least It is a kind of:

Normal mobility, Hypomobility, high mobility.

20. according to the method for claim 19, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

The access network equipment sends the measuring configuration of the cell signal quality to the terminal, comprising:

The access network equipment sends two groups of measuring configurations of the cell signal quality to the terminal, and two groups of measurements are matched Setting includes: the first measuring configuration under the normal mobility, and, for the second measurement under the Hypomobility Configuration；

21. according to the method for claim 20, which is characterized in that

And/or

22. according to the method for claim 19, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

The access network equipment sends the first measuring configuration of the cell signal quality to the terminal, and first measurement is matched Setting is measuring configuration under the normal mobility；

The access network equipment, which changes according to first measuring state to the terminal, sends the of the cell signal quality Two measuring configurations, second measuring configuration are for the measuring configuration under the Hypomobility；

23. according to the method for claim 20, which is characterized in that the access network equipment receive that the terminal sends the One measuring state changes, comprising:

The access network equipment receives the measurement report that the terminal is sent, and the measurement report includes first measuring state Change.

24. according to the method for claim 20, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

The access network equipment to the terminal send the cell signal quality two groups of measuring configurations and the first duration and Second duration；

Two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, for described low The second measuring configuration under mobility, first duration are the duration that first measuring configuration comes into force, second duration It is the duration that second measuring configuration comes into force.

25. according to the method for claim 19, which is characterized in that the mobility capability include the normal mobility and The high mobility；

The access network equipment sends two groups of measuring configurations of the cell signal quality to the terminal, and two groups of measurements are matched Setting includes: the first measuring configuration under the normal mobility, and, for the third measurement under the high mobility Configuration；

26. according to the method for claim 25, which is characterized in that

And/or

27. according to the method for claim 19, which is characterized in that the mobility capability include the normal mobility and The high mobility；

The access network equipment, which changes according to second measuring state to the terminal, sends the of the cell signal quality Three measuring configurations, the third measuring configuration are for the measuring configuration under the high mobility；

28. according to the method for claim 25, which is characterized in that the access network equipment receive that the terminal sends the Two measuring states change, comprising:

The access network equipment receives the measurement report that the terminal is sent, and the measurement report includes second measuring state Change.

29. according to the method for claim 25, which is characterized in that the mobility capability include the normal mobility and The high mobility；

The access network equipment to the terminal send the cell signal quality two groups of measuring configurations and the first duration and Third duration；

Two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in the height Third measuring configuration under mobility, first duration are the duration that first measuring configuration comes into force, the third duration It is the duration that the third measuring configuration comes into force.

30. 8 to 29 any method according to claim 1, which is characterized in that the method also includes:

For the access network equipment according to the mobility capability after the change, Xiang Suoshu terminal sends the cell signal matter again The measuring configuration of amount.

31. a kind of measuring device of cell signal quality, which is characterized in that described device includes:

First receiving module is configured as receiving the measuring configuration for the cell signal quality that the access network equipment is sent, The measuring configuration is that the access network equipment is configured according to the mobility capability；

32. device according to claim 31, which is characterized in that the mobility capability include in following ability at least It is a kind of:

Normal mobility, Hypomobility, high mobility.

33. device according to claim 32, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

First receiving module is configured as receiving two groups of surveys of the cell signal quality that the access network equipment is sent Amount configuration, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in institute State the second measuring configuration under Hypomobility；

34. device according to claim 33, which is characterized in that

And/or

35. device according to claim 33, which is characterized in that the measurement module, comprising:

Measuring unit is configured as when the mobility status is in the normal mobility, is matched according to first measurement Set the measurement for carrying out the cell signal quality；

The measuring unit is configured as when the mobility status is in the Hypomobility, according to second measurement Configuration carries out the measurement of the cell signal quality.

36. device according to claim 35, which is characterized in that described device further include:

Generation module is configured as the measurement of the cell signal quality carried out according to second measuring configuration, generates and surveys Amount report, the measurement report change including the first measuring state；

37. device according to claim 33, which is characterized in that described device further include:

First receiving module is configured as receiving the first duration and the second duration that the access network equipment is sent, described First duration is the duration that first measuring configuration comes into force, second duration be second measuring configuration come into force when It is long；

The measurement module is configured as that described first is used alternatingly according to first duration and second duration and measures to match Set with second measuring configuration, carry out the measurement of the cell signal quality.

38. device according to claim 32, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

First receiving module, comprising:

First receiving unit, the first measurement for being configured as receiving the cell signal quality that the access network equipment is sent are matched It sets, first measuring configuration is for the first measuring configuration under the normal mobility；

First transmission unit is configured as being switched to the low shifting from the normal mobility in the mobility status being presently in When dynamic property, Xiang Suoshu access network equipment sends the first measuring state and changes；

First receiving unit, be configured as receiving the cell signal quality that the access network equipment is sent second are surveyed Amount configuration, second measuring configuration is for the second measuring configuration under the Hypomobility.

39. the device according to claim 38, which is characterized in that the measurement module, comprising:

The measuring unit is configured as when the mobility status is in the normal mobility, is surveyed according to described first Amount configuration carries out the measurement of the cell signal quality；

The judging unit is configured as judging to be switched to institute from the normal mobility in the mobility status being presently in When stating Hypomobility, the measuring configuration to come into force is switched to second measuring configuration from first measuring configuration；

40. device according to claim 32, which is characterized in that the mobility capability includes: the normal mobility With the high mobility；

First receiving module is configured as receiving two groups of surveys of the cell signal quality that the access network equipment is sent Amount configuration, two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in institute State the third measuring configuration under high mobility；

41. device according to claim 40, which is characterized in that

And/or

42. device according to claim 40, which is characterized in that the measurement module, comprising:

The measuring unit is configured as when the mobility status is in the high mobility, is measured according to the third Configuration carries out the measurement of the cell signal quality.

43. device according to claim 42, which is characterized in that described device further include:

The generation module is configured as the measurement of the cell signal quality carried out according to the third measuring configuration, raw At the measurement report that high mobility measures, the measurement report changes including the second measuring state；

44. device according to claim 40, which is characterized in that described device further include:

First receiving module is configured as receiving the first duration and third duration that the access network equipment is sent, described First duration is the duration that first measuring configuration comes into force, the third duration be the third measuring configuration come into force when It is long；

The measurement module is configured as that described first is used alternatingly according to first duration and the third duration and measures to match Set with the third measuring configuration, carry out the measurement of the cell signal quality.

45. device according to claim 32, which is characterized in that the mobility capability includes: the normal mobility With the high mobility；

First receiving module, comprising:

First transmission unit is configured as being switched in the mobility status being presently in from the normal mobility described When high mobility, Xiang Suoshu access network equipment sends the second measuring state and changes；

First receiving unit, the third for being configured as receiving the cell signal quality that the access network equipment is sent are surveyed Amount configuration, the third measuring configuration is for the third measuring configuration under the high mobility.

46. device according to claim 45, which is characterized in that the measurement module, comprising:

The judging unit is configured as judging to be switched to institute from the normal mobility in the mobility status being presently in When stating high mobility, the measuring configuration to come into force is switched to the third measuring configuration from first measuring configuration；

47. according to any device of claim 31 to 46, which is characterized in that described device further include:

Display module is configured as display set interface, and the set interface includes the control for changing the mobility capability Part；

First receiving module is configured as when receiving the setting signal on the control, the movement after determining change Sexuality；

First receiving module is configured as receiving the survey for the cell signal quality that the access network equipment is sent again Amount configuration, the measuring configuration sent again is that the access network equipment is configured according to mobility capability after the change；

The measurement module is configured as carrying out the survey of the cell signal quality according to the measuring configuration sent again Amount.

48. a kind of measuring device of cell signal quality, which is characterized in that described device includes:

49. device according to claim 48, which is characterized in that the mobility capability include in following ability at least It is a kind of:

Normal mobility, Hypomobility, high mobility.

50. device according to claim 49, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

Second sending module is configured as sending two groups of measuring configurations of the cell signal quality, institute to the terminal State two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in the Hypomobility Under the second measuring configuration；

51. device according to claim 50, which is characterized in that

And/or

52. device according to claim 49, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

Second sending module, comprising:

Second transmission unit is configured as sending the first measuring configuration of the cell signal quality to the terminal, and described One measuring configuration is for the measuring configuration under the normal mobility；

Second transmission unit is configured as being changed according to first measuring state to the terminal transmission cell letter Second measuring configuration of number quality, second measuring configuration is for the measuring configuration under the Hypomobility；

53. device according to claim 50, which is characterized in that described device further include:

Second receiving module is configured as receiving the measurement report that the terminal is sent, and the measurement report includes first Measuring state changes.

54. device according to claim 50, which is characterized in that the mobility capability include the normal mobility and The Hypomobility；

Second sending module is configured as sending two groups of measuring configurations of the cell signal quality to the terminal, with And first duration and the second duration；

55. device according to claim 49, which is characterized in that the mobility capability include the normal mobility and The high mobility；

Second sending module is configured as sending two groups of measuring configurations of the cell signal quality, institute to the terminal State two groups of measuring configurations include: for the first measuring configuration under the normal mobility, and, in the high mobility Under third measuring configuration；

56. device according to claim 55, which is characterized in that

And/or

57. device according to claim 49, which is characterized in that the mobility capability include the normal mobility and The high mobility；

Second sending module, comprising:

Second transmission unit is configured as being changed according to second measuring state to the terminal transmission cell letter The third measuring configuration of number quality, the third measuring configuration is for the measuring configuration under the high mobility；

58. device according to claim 55, which is characterized in that

Second receiving module is configured as receiving the measurement report that the terminal is sent, and the measurement report includes described Second measuring state changes.

59. device according to claim 55, which is characterized in that the mobility capability include the normal mobility and The high mobility；

Second sending module is configured as sending two groups of measuring configurations of the cell signal quality to the terminal, with And first duration and third duration；

60. according to any device of claim 48 to 59, which is characterized in that described device further include:

Second sending module is configured as according to the mobility capability after the change, and Xiang Suoshu terminal sends institute again State the measuring configuration of cell signal quality.

61. a kind of terminal, which is characterized in that the terminal includes:

Processor；

The transceiver being connected with the processor；

Memory for storage processor executable instruction；

Wherein, the processor is configured to measurement side to realize cell signal quality described in claim 1 to 17 as above Method.

62. a kind of access network equipment, which is characterized in that the access network equipment includes:

Processor；

The transmitter and receiver being connected with the processor；

Memory for storage processor executable instruction；

Wherein, the processor is configured to measurement side to realize cell signal quality described in claim 18 to 30 as above Method.

63. a kind of communication system, which is characterized in that include: terminal and access network equipment in the system；

The terminal includes the measuring device of the cell signal quality as described in claim 31 to 47 is any；

The access network equipment includes the measuring device of the cell signal quality as described in claim 48 to 59 is any.

64. a kind of communication system, which is characterized in that include: terminal and access network equipment in the system；

The terminal includes terminal as claimed in claim 61；

The access network equipment includes access network equipment as claimed in claim 62.