CN106535215A - Enhanced measurement method and device for use under carrier aggregation - Google Patents

Abstract

The invention discloses an enhanced measurement method and device under carrier aggregation to solve the problem of how to configure multiple measurement interval modes for multiple serving cells of a terminal under carrier aggregation. In the method, the terminal reports the carrier aggregation capability supported by itself and the carrier aggregation measurement capability to the network side; the terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side. This can solve the problem in the prior art that inter-frequency measurement will cause interruption of data transmission in all cells, and allow the network to configure different inter-frequency measurements for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Description

An enhanced measurement method and device under carrier aggregation

technical field

The present invention relates to the communication field, and in particular to an enhanced measurement method and device under carrier aggregation.

Background technique

The LTE terminal performs measurement of different frequency points through the measurement configuration information measurement gappattern delivered by the network side. The measurement gap (gap) length is 6ms and the period is 40ms or 80ms, as shown in Table 1.

Table 1: Measurement interval mode configuration supported by the terminal

As shown in Figure 1, for a terminal working in the carrier aggregation mode, the network currently configures the same measurement interval mode for the main carrier and the auxiliary carrier. This is mainly due to the limitation of the terminal hardware, such as intra-band CA ), the terminal may only use one radio frequency channel (RF chain) to realize the measurement of different frequency points, so when performing the measurement of different frequency points, the transmission of the serving cell (including the primary cell and the secondary cell) needs to be interrupted.

However, under inter-band carrier aggregation (inter-band CA), the terminal may use multiple radio frequency channels (that is, each frequency band uses one radio frequency channel) to transmit data. At this time, if the radio frequency conditions permit (for example, it is necessary to allow the terminal to support simultaneous data transmission on the frequency band of the serving cell where the data is being transmitted and the measurement frequency band), the network can configure different measurement for each cell of the terminal in carrier aggregation mode Interval mode, as shown in Figure 2, can also configure measurement interval mode for only one of the serving cells, and the other cell continues to transmit data, as shown in Figure 3. Such multiple measurement gap pattern (multiple measurement gap pattern) configuration can allow the network to be flexibly configured according to actual conditions, which can better utilize resources and optimize the measurement mechanism.

It can be seen that, in some cases, the terminal can allow the network to configure an enhanced measurement configuration for each cell of the terminal (i.e. configure multiple measurement interval mode), so the network needs to know whether the terminal supports data transmission on one carrier while The measurement of different frequency points is performed on another carrier. At present, the network does not know the specific radio frequency support of the terminal, so the corresponding carrier aggregation measurement configuration method needs to be enhanced.

Contents of the invention

The purpose of the present invention is to provide an enhanced measurement method and device under carrier aggregation to solve the problem of how to configure multiple measurement interval modes for multiple serving cells of a terminal under carrier aggregation.

The purpose of the present invention is achieved through the following technical solutions:

An enhanced measurement method under carrier aggregation, comprising:

The terminal reports its supported carrier aggregation capability and carrier aggregation measurement capability to the network side;

The terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side;

Wherein, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the inter-frequency measurement capability supported by the terminal.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, the measurement configuration information at least includes at least one inter-frequency frequency point for instructing the terminal to perform inter-frequency measurement, a frequency band for instructing the terminal to perform inter-frequency measurement under the carrier aggregation frequency band supported by itself, and each of the frequency bands for each inter-frequency measurement The measurement interval corresponding to different frequency points.

Optionally, the terminal reports its supported carrier aggregation capability and carrier aggregation measurement capability to the network side, specifically including:

The terminal reports to the network side the carrier aggregation frequency band supported by itself and the corresponding frequency band allowing simultaneous inter-frequency measurement when the carrier aggregation frequency band is working; or,

The terminal reports to the network side the carrier aggregation frequency band combinations supported by itself and the corresponding frequency bands that allow simultaneous inter-frequency measurement when each carrier aggregation frequency band in the carrier aggregation frequency band combination is working; or,

The terminal reports to the network side the carrier aggregation frequency band supported by itself and the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band; or,

The terminal reports to the network side the carrier aggregation frequency band combination supported by itself and the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band combination; or,

The terminal reports to the network side the carrier aggregation frequency band supported by itself, the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, and the frequency band combination of the inter-frequency measurement supported by the terminal itself; or,

The terminal reports to the network side the carrier aggregation frequency band combination supported by itself, the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band combination, and the frequency band combination of the inter-frequency measurement supported by the terminal itself.

Optionally, the terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side, specifically including:

Based on the measurement configuration information, the terminal determines an inter-frequency frequency point from at least one inter-frequency frequency point carried in the measurement configuration information instructing the terminal to perform inter-frequency measurement, and based on the one inter-frequency frequency point in the measurement configuration information Determine a frequency band among the frequency bands carried to instruct the terminal to perform inter-frequency measurement, and perform inter-frequency measurement in the determined frequency band based on the measurement interval corresponding to the one inter-frequency point carried in the measurement configuration information.

An enhanced measurement method under carrier aggregation, comprising:

The network side receives the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal;

The network side configures corresponding measurement configuration information for the terminal based on the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal, and delivers the measurement configuration information to the terminal.

Wherein, the measurement configuration information is information that the network side instructs the terminal to perform inter-frequency measurement, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the carrier aggregation frequency band supported by the terminal. Different frequency measurement capability.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, the measurement configuration information at least includes at least one inter-frequency frequency point for instructing the terminal to perform inter-frequency measurement, a frequency band for instructing the terminal to perform inter-frequency measurement under the carrier aggregation frequency band supported by itself, and each of the frequency bands for each inter-frequency measurement The measurement interval corresponding to different frequency points.

An enhanced measurement method under carrier aggregation, comprising:

After receiving the inter-frequency measurement information of at least one inter-frequency frequency point delivered by the network side, the terminal reports its own measurement capability for the at least one inter-frequency frequency point to the network side;

The terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side;

Wherein, the measurement capability includes at least indication information whether the terminal supports configuration of a multi-measurement interval mode, and if so, the measurement capability also includes the working frequency band supported by the terminal when performing inter-frequency measurement on the at least one inter-frequency point.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, before the terminal receives the inter-frequency measurement information of at least one inter-frequency frequency point delivered by the network side, it further includes:

The terminal reports the carrier aggregation capability supported by itself to the network side, and receives the working frequency band or working frequency band combination configured by the network side based on the carrier aggregation capability, and accesses the network based on the working frequency band or working frequency band combination, and the carrier aggregation capability It is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal.

Optionally, the measurement configuration information at least includes a measurement frequency band and a corresponding measurement interval for indicating that the terminal performs inter-frequency measurement on the at least one inter-frequency point.

Optionally, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability for the at least one inter-frequency point reported by the terminal, specifically including:

When the measurement capability carries indication information that the terminal does not support the configuration of the multi-measurement interval mode, the measurement configuration information is the working frequency band or the combination of working frequency bands of the terminal for each of the at least one different frequency points. Configure each working frequency band as a measurement frequency band, and configure the same measurement interval in each measurement frequency band;

When the measurement capability carries indication information that the terminal supports the configuration of a multi-measurement interval mode, the measurement configuration information is for each of the at least one different frequency point in the working frequency band or working frequency band combination of the terminal Configure measurement frequency bands, and configure corresponding measurement intervals in each measurement frequency band.

Optionally, the terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side, specifically including:

Based on the measurement configuration information, the terminal determines the measurement frequency band and the corresponding measurement interval when performing inter-frequency measurement on each of the at least one inter-frequency frequency points carried in the measurement configuration information, and based on each determined The measurement frequency bands of the different frequency points and the corresponding measurement intervals are used to perform the measurement of each different frequency point.

An enhanced measurement method under carrier aggregation, comprising:

The network side sends the inter-frequency measurement information of at least one inter-frequency point to the terminal;

The network side configures corresponding measurement configuration information for the terminal based on the measurement capability reported by the terminal for the at least one inter-frequency point, and delivers the measurement configuration information to the terminal.

Wherein, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability for the at least one inter-frequency point reported by the terminal, and the measurement capability includes at least whether the terminal supports the configuration of multiple measurement intervals Mode indication information, if yes, the measurement capability further includes a working frequency band supported by the terminal when performing inter-frequency measurement on the at least one inter-frequency point.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, before the network side sends the inter-frequency measurement information of at least one inter-frequency point to the terminal, it further includes:

The network side receives the carrier aggregation capability reported by the terminal, and determines the working frequency band or working frequency band combination of the terminal based on the carrier aggregation capability reported by the terminal, configures the working frequency band or working frequency band combination for the terminal, and makes the terminal work based on the working frequency band or working frequency band delivered by the network side. The frequency band combination is used to access the network, and the carrier aggregation capability is used to describe the carrier aggregation frequency band or the carrier aggregation frequency band combination supported by the terminal.

Optionally, the measurement configuration information at least includes a measurement frequency band and a corresponding measurement interval for indicating that the terminal performs inter-frequency measurement on the at least one inter-frequency point.

Optionally, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability for the at least one inter-frequency point reported by the terminal, specifically including:

When the measurement capability carries indication information that the terminal does not support the configuration of the multi-measurement interval mode, the measurement configuration information is the working frequency band or the combination of working frequency bands of the terminal for each of the at least one different frequency points. Configure each working frequency band as a measurement frequency band, and configure the same measurement interval in each measurement frequency band;

When the measurement capability carries indication information that the terminal supports the configuration of a multi-measurement interval mode, the measurement configuration information is for each of the at least one different frequency point in the working frequency band or working frequency band combination of the terminal Configure measurement frequency bands, and configure corresponding measurement intervals in each measurement frequency band.

An enhanced measurement device under carrier aggregation, comprising:

The first communication unit is configured to report the carrier aggregation capability and carrier aggregation measurement capability supported by itself to the network side;

The first processing unit is configured to perform inter-frequency measurement through measurement configuration information delivered by the network side;

Wherein, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the device, and the carrier aggregation measurement capability is used to describe the inter-frequency measurement capability supported by the device.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, when reporting the carrier aggregation capability and carrier aggregation measurement capability supported by itself to the network side, the first communication unit is specifically configured to:

Report the carrier aggregation frequency band supported by itself and the corresponding frequency band that allows simultaneous inter-frequency measurement when the carrier aggregation frequency band is working to the network side; or,

Report the carrier aggregation frequency band combinations supported by itself and the corresponding frequency bands that allow simultaneous inter-frequency measurement when each carrier aggregation frequency band in the carrier aggregation frequency band combination is working; or,

Report the carrier aggregation frequency band supported by itself, and the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, to the network side; or,

Report the carrier aggregation frequency band combination supported by itself and the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band combination to the network side; or,

Reporting the carrier aggregation frequency band supported by itself, the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, and the frequency band combination of the inter-frequency measurement supported by the device itself to the network side; or,

Reporting the carrier aggregation frequency band combination supported by itself, the indication information whether to support the configuration of multi-measurement interval mode under the carrier aggregation frequency band combination, and the frequency band combination of inter-frequency measurement supported by the device itself to the network side.

Optionally, when inter-frequency measurement is performed through measurement configuration information delivered by the network side, the first processing unit is specifically configured to:

Based on the measurement configuration information, determine an inter-frequency frequency point in at least one inter-frequency frequency point carried in the measurement configuration information that instructs the device to perform inter-frequency measurement, and based on the one inter-frequency frequency point in the measurement configuration information Determine a frequency band among the frequency bands carried in the instructing the device to perform inter-frequency measurement, and perform inter-frequency measurement in the determined frequency band based on the measurement interval corresponding to the one inter-frequency point carried in the measurement configuration information.

An enhanced measurement device under carrier aggregation, comprising:

The first receiving unit is configured to receive the carrier aggregation capability and the carrier aggregation measurement capability reported by the terminal;

A first configuration unit, configured to configure corresponding measurement configuration information for the terminal based on the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal, and deliver the measurement configuration information to the terminal;

Wherein, the measurement configuration information is information instructing the terminal to perform inter-frequency measurement, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the Inter-frequency measurement capabilities supported by the terminal.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

An enhanced measurement device under carrier aggregation, comprising:

The second communication unit is configured to, after receiving the inter-frequency measurement information of at least one inter-frequency frequency point issued by the network side, report its own measurement capability for the at least one inter-frequency frequency point to the network side;

The second processing unit is configured to perform inter-frequency measurement through measurement configuration information delivered by the network side;

Wherein, the measurement capability includes at least indication information whether the device supports configuration of a multi-measurement interval mode, and if so, the measurement capability also includes the working frequency band supported by the device when performing inter-frequency measurement on the at least one inter-frequency point .

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, before receiving the inter-frequency measurement information of at least one inter-frequency frequency point issued by the network side, the second communication unit is further configured to:

Report the carrier aggregation capability supported by itself to the network side, and receive the working frequency band or working frequency band combination configured by the network side based on the carrier aggregation capability, access the network based on the working frequency band or working frequency band combination, and use the carrier aggregation capability used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the device.

Optionally, when inter-frequency measurement is performed through measurement configuration information delivered by the network side, the second processing unit is specifically configured to:

Based on the measurement configuration information, determine the measurement frequency band and the corresponding measurement interval when performing inter-frequency measurement on each of the at least one inter-frequency frequency points carried in the measurement configuration information, based on each determined inter-frequency frequency point The measurement frequency band of the frequency point and the corresponding measurement interval are used to perform the measurement of each frequency point of different frequencies.

An enhanced measurement device under carrier aggregation, comprising:

The second sending unit is configured to send the inter-frequency measurement information of at least one inter-frequency point to the terminal;

The second configuration unit is configured to configure corresponding measurement configuration information for the terminal based on the measurement capability reported by the terminal for the at least one inter-frequency point, and deliver the measurement configuration information to the terminal.

Wherein, the measurement configuration information is configured according to the working frequency band or working frequency band combination of the terminal and the measurement capability for the at least one inter-frequency point reported by the device, and the measurement capability includes at least whether the terminal supports Configuring indication information of a multi-measurement interval mode, if yes, the measurement capability further includes a working frequency band supported by the terminal when performing inter-frequency measurement on the at least one inter-frequency point.

In this way, the problem in the prior art that inter-frequency measurement will cause data transmission interruption in all cells can be solved, and it can allow the network to configure different inter-frequency measurement for all cells under carrier aggregation, thereby more efficiently utilizing measurement resources and network bandwidth.

Optionally, before sending the inter-frequency measurement information of at least one inter-frequency point to the device, the second sending unit is further configured to:

receiving the carrier aggregation capability reported by the terminal, and determining the working frequency band or combination of working frequency bands of the terminal based on the carrier aggregation capability reported by the terminal, and configuring the working frequency band or combination of working frequency bands for the terminal, so that the terminal is based on the network The working frequency band or combination of working frequency bands issued by the side is connected to the network, and the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal.

Description of drawings

FIG. 1 is a schematic diagram of measurement configuration of a terminal in carrier aggregation mode in the prior art;

Figure 2 and Figure 3 are schematic diagrams of configuring different measurement configurations for each cell of the terminal in the carrier aggregation mode;

FIG. 4 is a schematic flowchart of an enhanced measurement method applied under carrier aggregation on the terminal side in an embodiment of the present invention;

FIG. 5 is a schematic flowchart of an enhanced measurement method applied under carrier aggregation on the network side in an embodiment of the present invention;

FIG. 6 is a schematic flowchart of another enhanced measurement method applied under carrier aggregation on the terminal side in an embodiment of the present invention;

FIG. 7 is a schematic flowchart of another enhanced measurement method applied under carrier aggregation on the network side in an embodiment of the present invention;

FIG. 8 is a schematic structural diagram of an enhanced measurement device applied under carrier aggregation on the terminal side in an embodiment of the present invention;

FIG. 9 is a schematic structural diagram of an enhanced measurement device applied to carrier aggregation on the network side in an embodiment of the present invention;

FIG. 10 is a schematic structural diagram of another enhanced measurement device applied to carrier aggregation on the terminal side in an embodiment of the present invention;

FIG. 11 is a schematic structural diagram of another enhanced measurement device applied to carrier aggregation on the network side in an embodiment of the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

In the prior art, in the carrier aggregation mode, the measurement configurations of all serving cells must be the same, resulting in interruption of data transmission in all serving cells when the terminal performs inter-frequency measurement. In order to solve this problem, an embodiment of the present invention proposes an enhanced measurement method and device under carrier aggregation. If the terminal supports working on multiple frequency bands at the same time, the network side obtains the combination of carrier frequency bands supported by the terminal and the different frequency bands supported by the terminal. Frequency point measurement frequency band combination to specifically determine how to configure the measurement for the terminal. Specifically, the network can be allowed to configure different measurement interval modes for the carrier (or frequency band) of each serving cell of the terminal under carrier aggregation, so that the terminal can operate on one or more Data can be transmitted on one radio frequency channel, and inter-frequency measurement is performed on another one or more radio frequency channels. In this way, when the terminal performs inter-frequency measurement, data transmission will not be interrupted, network resources can be used more efficiently, and resource waste can be reduced.

Referring to FIG. 4, an embodiment of the present invention provides an enhanced measurement method applied to carrier aggregation on the terminal side, and the specific process is as follows:

Step 400: The terminal reports the carrier aggregation capability and carrier aggregation measurement capability supported by the terminal to the network side, wherein the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the carrier aggregation frequency band supported by the terminal. Different frequency measurement capability.

Specifically, the terminal reports its supported carrier aggregation capability and carrier aggregation measurement capability to the network side, specifically including the following six methods:

The first way is: the terminal reports the carrier aggregation frequency band supported by itself and the corresponding frequency band allowing simultaneous inter-frequency measurement when the carrier aggregation frequency band is working to the network side.

For example, if the terminal reports carrier aggregation support for frequency band 1, frequency band 1 is represented by band1, and band1 {supported band list for multiple gap pattern} can be used to represent the carrier aggregation capability and carrier aggregation measurement capability of the terminal. Here, the carrier aggregation capability and carrier aggregation capability of the terminal The aggregation measurement capability can be understood as: when the terminal is working on the carrier of band1, it can support the inter-frequency measurement of all frequency bands in the band1supported band list. Specifically, the carrier aggregation capability and carrier aggregation measurement capability reported by a certain terminal A are as follows:

It can be seen that when the terminal A is working on the carrier of band1, it can perform different frequency measurements on the different frequency points of band2 and band3.

The second method is: the terminal reports to the network side the carrier aggregation frequency band combination supported by itself and the corresponding frequency band that allows simultaneous inter-frequency measurement when each carrier aggregation frequency band in the carrier aggregation frequency band combination is working.

For example: the terminal supports carrier aggregation of frequency band 1 + frequency band 2, frequency band 1 is represented by band1, and frequency band 2 is represented by band2, and the terminal can be represented by band1{supported band list for multiple gap pattern}+band2{supported band list for multiple gap pattern} The carrier aggregation capability and carrier aggregation measurement capability of the terminal, here, the carrier aggregation capability and carrier aggregation measurement capability of the terminal can be understood as: the terminal can support the inter-frequency measurement of all frequency bands in the band1 supported band list when the terminal is working on the carrier of band1, and the carrier of band2 When working, it can support inter-frequency measurement of all frequency bands in the band2supported band list. Specifically, the carrier aggregation capability and carrier aggregation measurement capability reported by a certain terminal A are as follows:

It can be seen that when the carrier of band1 is working, the terminal A can perform different frequency measurements on different frequency points of band2 and band3; when the carrier of band2 is working, it can perform different frequency measurements of different frequency points of band1.

If the terminal reports the carrier aggregation measurement capability, a certain frequency band defaults to the supported band list formultiple gap pattern, which means that the terminal does not support simultaneous inter-frequency measurement when working in this frequency band.

For example, the carrier aggregation capability and carrier aggregation measurement capability reported by terminal B are: Indicates that when terminal B is working on the carrier of band1, it can measure different frequency points on the carriers of band2 and band3; when terminal B is working on the carrier of band2, it does not support the measurement of different frequency points on other frequency bands, that is, it does not support configuring multiple measurement intervals model.

The third way is: the terminal reports the carrier aggregation frequency band supported by itself, and the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, to the network side.

For example, if the terminal reports that it supports two consecutive carrier aggregations in band1 + does not support the multi-measurement interval mode, it means that the terminal does not support simultaneous inter-frequency measurement when working in band1, that is, it does not support the configuration of the multi-measurement interval mode.

Another example: if the terminal reports that it supports two consecutive carrier aggregations in band1 + supports multiple measurement interval mode, it means that the terminal supports simultaneous inter-frequency measurement in this band1 when working in band1, that is, it supports multiple measurement interval mode configuration.

The fourth way is: the terminal reports to the network side the carrier aggregation frequency band combination supported by itself, and the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band combination.

For example, if the terminal reports support for carrier aggregation between band1+band2 + supports multiple measurement gap pattern, it means that the terminal can measure the different frequency points of band2 when the carrier of band1 is working, and can measure the frequency points of band1 when the carrier of band2 is working. different frequency points.

Another example: the terminal reports support for carrier aggregation between band1+band2 + support for multi-measurement interval mode, support for carrier aggregation between band2+band3 + support for multi-measurement interval mode, it means that the terminal can measure the different frequency points of band2 when the carrier of band1 is working , when the band2 carrier is working, it can measure the different frequency points of band1 and band3, and when the band3 carrier is working, it can measure all the different frequency points of band2.

The fifth way is: the terminal reports to the network side the carrier aggregation frequency band supported by itself, the indication information whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, and the frequency band combination of the inter-frequency measurement supported by the terminal itself.

Wherein, the frequency band combination of the inter-frequency measurement supported by the terminal itself means that the terminal can perform inter-frequency measurement on another carrier/frequency band while transmitting data on one carrier/frequency band.

For example, if the terminal reports support for two consecutive carrier aggregation in band1 + multiple measurement interval mode and also reports the measurement frequency band combination that supports inter-frequency measurement of band1+band3, it means that when the carrier of band1 is working, it can measure the inter-frequency points of band1 and band3.

The sixth method is: the terminal reports the carrier aggregation frequency band combination supported by itself, the indication information whether to support the configuration of multi-measurement interval mode under the carrier aggregation frequency band combination, and the frequency band combination of inter-frequency measurement supported by the terminal itself to the network side.

For example, if the terminal reports support for band1+band2 inter-band carrier aggregation + supports multi-measurement interval mode, and also reports the measurement frequency band combination that supports band2+band3 inter-frequency measurement, it means that the inter-frequency frequency point of band2 can be measured when the carrier of band1 is working, and band2 When the carrier is working, you can measure the different frequency points of band1 and band3.

Step 401: the terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side.

The measurement configuration information is configured by the network side according to the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal. The measurement configuration information includes at least one inter-frequency frequency point for instructing the terminal to perform inter-frequency measurement, and instructing the terminal to support carrier aggregation in itself. The frequency band for inter-frequency measurement under the frequency band and the measurement interval corresponding to each inter-frequency frequency point in each inter-frequency measurement frequency band.

Specifically, the terminal performs inter-frequency measurement through the measurement configuration information issued by the network side. The specific process is: based on the above-mentioned measurement configuration information, the terminal performs inter-frequency measurement in at least one inter-frequency frequency point carried in the measurement configuration information that instructs the terminal to perform inter-frequency measurement. Determine an inter-frequency frequency point, determine a frequency band in the frequency band that instructs the terminal to perform inter-frequency measurement carried in the measurement configuration information based on the inter-frequency frequency point, and determine a frequency band in the determined frequency band based on the inter-frequency frequency point carried in the measurement configuration information. Perform inter-frequency measurements at a measurement interval of .

For example, the carrier aggregation capability and carrier aggregation measurement capability reported by a terminal A are:

At this time, the measurement configuration information configured by the network side for terminal A is: measure the different frequency points of band1 on the working carrier of band2, and continue to transmit data on the working carrier of band1; or measure band1 or band3 on the working carrier of band1 Continue to transmit data on the working carrier of band2. Terminal A receives the measurement configuration information sent by the network side, and determines an inter-frequency frequency point among the inter-frequency frequency points carried in the measurement configuration information to instruct the terminal to perform inter-frequency measurement, and based on the inter-frequency frequency point carried in the measurement configuration information Determine a frequency band in the frequency band instructing the terminal to perform inter-frequency measurement, and perform inter-frequency measurement in the determined frequency band based on the measurement interval corresponding to the inter-frequency point carried in the measurement configuration information. The point is f1, the measurement frequency band of the inter-frequency point f1 determined by the terminal A in band2 or band1 is band2, and the terminal A measures the inter-frequency frequency point of the band1 on the working carrier of the band2, and performs the measurement interval corresponding to the inter-frequency point f1 of the band1 Inter-frequency frequency point f1 inter-frequency measurement, continue to transmit data on the working carrier of band1.

Based on the enhanced measurement method under carrier aggregation implemented on the terminal side in FIG. 4 above, as shown in FIG. 5, the embodiment of the present invention also provides an enhanced measurement method under carrier aggregation implemented on the network side, and the specific process is as follows:

Step 500: The network side receives the carrier aggregation capability and the carrier aggregation measurement capability reported by the terminal.

The carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the inter-frequency measurement capability supported by the terminal.

Step 501: The network side configures corresponding measurement configuration information for the terminal based on the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal, and delivers the measurement configuration information to the terminal.

Among them, the measurement configuration information is the information that the network side instructs the terminal to perform inter-frequency measurement. The measurement configuration information includes at least one inter-frequency frequency point for instructing the terminal to perform inter-frequency measurement, and instructing the terminal to perform inter-frequency measurement in the carrier aggregation frequency band supported by itself. The frequency band and the measurement interval corresponding to each different frequency point in the frequency band of each different frequency measurement.

Referring to FIG. 6, another enhanced measurement method applied to carrier aggregation on the terminal side is provided in the embodiment of the present invention, and the specific process is as follows:

Step 600: After receiving the inter-frequency measurement information of at least one inter-frequency point delivered by the network side, the terminal reports its own measurement capability for the at least one inter-frequency point to the network side.

Wherein, the measurement capability reported by the terminal at least includes indication information whether the terminal supports configuration of a multi-measurement interval mode, and if so, the measurement capability also includes the working frequency band supported by the terminal when performing inter-frequency measurement on the at least one inter-frequency point.

Further, before the terminal receives the inter-frequency measurement information of at least one inter-frequency frequency point issued by the network side, the terminal reports the carrier aggregation capability supported by itself to the network side, and receives the working frequency band or working frequency configured by the network side based on the carrier aggregation capability. The frequency band combination is based on the working frequency band or working frequency band combination to access the network, and the carrier aggregation capability is used to describe the carrier aggregation frequency band or carrier aggregation frequency band combination supported by the terminal.

Step 601: the terminal performs inter-frequency measurement through the measurement configuration information delivered by the network side.

Wherein, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability of the at least one inter-frequency point reported by the terminal, and the measurement configuration information at least includes information for instructing the terminal to perform the at least one The measurement frequency band and the corresponding measurement interval when different frequency measurements are performed at different frequency points.

Specifically, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability for the at least one inter-frequency point reported by the terminal, specifically including the following two situations:

The first situation is: if the measurement capability carries the indication information that the terminal does not support the configuration of the multi-measurement interval mode, the measurement configuration information is for each of the at least one different frequency point in the working frequency band or working frequency of the terminal. Configure each working frequency band as a measurement frequency band in the frequency band combination, and configure the same measurement interval in each measurement frequency band.

For example, terminal A receives the inter-frequency measurement information of an inter-frequency frequency point f1 from the network side, and the frequency point f1 belongs to band1, and terminal A works in the band2+band3 carrier aggregation mode, and terminal A reports its own measurement for frequency point f1 Capability, at this time, terminal A does not support multi-measurement interval mode configuration, the measurement frequency band configured for terminal A on the network side is band2 or band3, and the same measurement interval is configured for each carrier of band2 and band3, because terminal A does not support multi-measurement Interval mode configuration, terminal A stops data transmission when performing inter-frequency frequency point measurement in band2 or band3.

The second situation is: when the measurement capability carries the indication information that the terminal supports the configuration of multiple measurement interval modes, the measurement configuration information is for each of the at least one different frequency point in the working frequency band of the terminal or the working frequency band Configure measurement frequency bands in the combination, and configure corresponding measurement intervals in each measurement frequency band.

For example, terminal A receives the inter-frequency measurement information of an inter-frequency frequency point f1 from the network side, and the frequency point f1 belongs to band1, and terminal A works in the band2+band3 carrier aggregation mode, and terminal A reports its own measurement for frequency point f1 Capability, at this time, terminal A supports multi-measurement interval mode configuration, and allows to measure frequency point f1 of band1 when the carrier of band2 is working. Therefore, the measurement frequency band that the network side can configure for terminal A for frequency point f1 on band1 is band3 , configure the corresponding measurement interval MGRP1 in band3, and at this time, terminal A performs data transmission on the carrier of band2.

For another example, terminal A receives the inter-frequency measurement information of two inter-frequency frequency points f1 and f3 from the network side, frequency point f1 belongs to band1, frequency point f1 belongs to band3, terminal A works in band2+band3 carrier aggregation mode, Terminal A reports its measurement capability for frequency point f1. At this time, terminal A supports multi-measurement interval mode configuration, and allows measurement of frequency point f1 of band1 when the carrier of band2 is working, and allows measurement of frequency point of band3 when the carrier of band3 is working. Point f3, therefore, the network side can configure the measurement frequency band for terminal A to be band2 for frequency point f1 on band1, and configure the corresponding measurement interval MGRP1 in band2. At this time, terminal A performs data transmission on the carrier of band3; The measurement frequency band configured at frequency f2 is band3, and the corresponding measurement interval MGRP2 is configured in band3. At this time, terminal A performs data transmission on the carrier of band2. At this time, MGRP1 and MGRP2 can be the same or different.

Specifically, the terminal performs inter-frequency measurement through the measurement configuration information sent by the network side. The specific process is: based on the measurement configuration information, the terminal determines the frequency of each of the at least one inter-frequency frequency points carried in the measurement configuration information. The measurement frequency band and the corresponding measurement interval during the inter-frequency measurement, based on the determined measurement frequency band and the corresponding measurement interval of each inter-frequency frequency point, perform the measurement of each inter-frequency inter-frequency point.

Based on the enhanced measurement method under carrier aggregation implemented on the terminal side in FIG. 6 above, as shown in FIG. 7, the embodiment of the present invention provides another enhanced measurement method under carrier aggregation implemented on the network side, and the specific process is as follows:

Step 700: The network side sends the inter-frequency measurement information of at least one inter-frequency point to the terminal.

Further, before the network side sends the inter-frequency measurement information of at least one inter-frequency point to the terminal, the network side receives the carrier aggregation capability reported by the terminal, and determines the working frequency band or working frequency band combination of the terminal based on the carrier aggregation capability reported by the terminal, Configure the working frequency band or working frequency band combination for the terminal, so that the terminal can access the network based on the working frequency band or working frequency band combination delivered by the network side, where the carrier aggregation capability is used to describe the carrier aggregation frequency band or carrier aggregation frequency band combination supported by the terminal.

Step 701: The network side configures corresponding measurement configuration information for the terminal based on the measurement capability reported by the terminal for at least one inter-frequency point, and delivers the measurement configuration information to the terminal.

Wherein, the measurement capability includes at least indication information whether the terminal supports configuration of a multi-measurement interval mode, and if so, the measurement capability also includes the working frequency band supported by the terminal when performing inter-frequency measurement on at least one inter-frequency point. The measurement configuration information is configured by the network side according to the working frequency band combination of the terminal and the measurement capability of the at least one inter-frequency frequency point reported by the terminal. When the measurement frequency band and the corresponding measurement interval.

Specifically, the measurement configuration information is configured by the network side according to the working frequency band or combination of working frequency bands of the terminal and the measurement capability reported by the terminal for at least one of the above-mentioned different frequency points, specifically including the following two situations:

The first situation is: if the measurement capability carries indication information that the terminal does not support the configuration of the multi-measurement interval mode, the measurement configuration information is for each of the above-mentioned at least one different frequency point in the working frequency band of the terminal or Configure each working frequency band in the working frequency band combination as a measurement frequency band, and configure the same measurement interval in each measurement frequency band.

The second situation is: if the measurement capability carries indication information that the terminal supports the configuration of multiple measurement interval modes, the measurement configuration information is for each of the at least one different frequency point in the working frequency band or working frequency of the terminal. Configure measurement frequency bands in the frequency band combination, and configure corresponding measurement intervals in each measurement frequency band.

Based on the enhanced measurement method applied under terminal-side carrier aggregation in FIG. 4 , referring to FIG. 8 , an embodiment of the present invention provides an enhanced measurement device applied under terminal-side carrier aggregation, including a first communication unit 80 and a first processing unit 81, wherein:

The first communication unit 80 is configured to report the carrier aggregation capability and carrier aggregation measurement capability supported by itself to the network side;

The first processing unit 81 is configured to perform inter-frequency measurement through measurement configuration information issued by the network side;

Wherein, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the device, and the carrier aggregation measurement capability is used to describe the inter-frequency measurement capability supported by the device.

Optionally, when reporting the carrier aggregation capability and carrier aggregation measurement capability supported by itself to the network side, the first communication unit 80 is specifically configured to:

Report the carrier aggregation frequency band supported by itself and the corresponding frequency band that allows simultaneous inter-frequency measurement when the carrier aggregation frequency band is working to the network side; or,

Report the carrier aggregation frequency band combinations supported by itself and the corresponding frequency bands that allow simultaneous inter-frequency measurement when each carrier aggregation frequency band in the carrier aggregation frequency band combination is working; or,

Report the carrier aggregation frequency band supported by itself, and the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, to the network side; or,

Report the carrier aggregation frequency band combination supported by itself and the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band combination to the network side; or,

Reporting the carrier aggregation frequency band supported by itself, the indication information of whether to support the configuration of the multi-measurement interval mode under the carrier aggregation frequency band, and the frequency band combination of the inter-frequency measurement supported by the device itself to the network side; or,

Reporting the carrier aggregation frequency band combination supported by itself, the indication information whether to support the configuration of multi-measurement interval mode under the carrier aggregation frequency band combination, and the frequency band combination of inter-frequency measurement supported by the device itself to the network side.

Optionally, when inter-frequency measurement is performed through measurement configuration information issued by the network side, the first processing unit 81 is specifically configured to:

Based on the measurement configuration information, determine an inter-frequency frequency point in at least one inter-frequency frequency point carried in the measurement configuration information that instructs the device to perform inter-frequency measurement, and based on the one inter-frequency frequency point in the measurement configuration information Determine a frequency band among the frequency bands carried in the instructing the device to perform inter-frequency measurement, and perform inter-frequency measurement in the determined frequency band based on the measurement interval corresponding to the one inter-frequency point carried in the measurement configuration information.

Based on the enhanced measurement method applied under network-side carrier aggregation in FIG. 5 , referring to FIG. 9 , an embodiment of the present invention provides an enhanced measurement device applied under network-side carrier aggregation, including a first receiving unit 90 and the first configuration unit 91, wherein:

The first receiving unit 90 is configured to receive the carrier aggregation capability and the carrier aggregation measurement capability reported by the terminal;

The first configuring unit 91 is configured to configure corresponding measurement configuration information for the terminal based on the carrier aggregation capability and carrier aggregation measurement capability reported by the terminal, and deliver the measurement configuration information to the terminal.

Wherein, the measurement configuration information is information instructing the terminal to perform inter-frequency measurement, the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal, and the carrier aggregation measurement capability is used to describe the The inter-frequency measurement capability supported by the terminal.

Based on the enhanced measurement method applied under terminal-side carrier aggregation in FIG. 6 , referring to FIG. 10 , an embodiment of the present invention provides another enhanced measurement device applied under terminal-side carrier aggregation, including a second communication unit 100 and the second processing unit 101, wherein:

The second communication unit 100 is configured to, after receiving the inter-frequency measurement information of at least one inter-frequency frequency point issued by the network side, report its own measurement capability for the at least one inter-frequency frequency point to the network side;

The second processing unit 101 is configured to perform inter-frequency measurement through measurement configuration information issued by the network side;

Wherein, the measurement capability includes at least indication information whether the device supports configuration of a multi-measurement interval mode, and if so, the measurement capability also includes the working frequency band supported by the device when performing inter-frequency measurement on the at least one inter-frequency point .

Optionally, before receiving the inter-frequency measurement information of at least one inter-frequency point issued by the network side, the second communication unit 100 is further configured to:

Report the carrier aggregation capability supported by itself to the network side, and receive the working frequency band or working frequency band combination configured by the network side based on the carrier aggregation capability, access the network based on the working frequency band or working frequency band combination, and use the carrier aggregation capability used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the device.

Optionally, when inter-frequency measurement is performed through measurement configuration information issued by the network side, the second processing unit 101 is specifically configured to:

Based on the measurement configuration information, determine the measurement frequency band and the corresponding measurement interval when performing inter-frequency measurement on each of the at least one inter-frequency frequency points carried in the measurement configuration information, based on each determined inter-frequency frequency point The measurement frequency band of the frequency point and the corresponding measurement interval are used to perform the measurement of each frequency point of different frequencies.

Based on the enhanced measurement method applied under network-side carrier aggregation in FIG. 7 , referring to FIG. 11 , an embodiment of the present invention provides another enhanced measurement device applied under network-side carrier aggregation, including a second sending unit 110 and the second configuration unit 111, wherein:

The second sending unit 110 is configured to send the inter-frequency measurement information of at least one inter-frequency point to the terminal;

The second configuration unit 111 is configured to configure corresponding measurement configuration information for the terminal based on the measurement capability reported by the terminal for the at least one inter-frequency point, and deliver the measurement configuration information to the terminal.

Wherein, the measurement configuration information is configured according to the working frequency band or working frequency band combination of the terminal and the measurement capability for the at least one inter-frequency point reported by the device, and the measurement capability includes at least whether the terminal supports Configuring indication information of a multi-measurement interval mode, if yes, the measurement capability further includes a working frequency band supported by the terminal when performing inter-frequency measurement on the at least one inter-frequency point.

Optionally, before sending the inter-frequency measurement information of at least one inter-frequency point to the device, the second sending unit 110 is further configured to:

receiving the carrier aggregation capability reported by the terminal, and determining the working frequency band or combination of working frequency bands of the terminal based on the carrier aggregation capability reported by the terminal, and configuring the working frequency band or combination of working frequency bands for the terminal, so that the terminal is based on the network The working frequency band or combination of working frequency bands issued by the side is connected to the network, and the carrier aggregation capability is used to describe the carrier aggregation frequency band or combination of carrier aggregation frequency bands supported by the terminal.

To sum up, in the embodiment of the present invention, the terminal reports its own carrier aggregation capability and carrier measurement capability according to its own hardware capability, and the network performs corresponding inter-frequency measurement configuration according to the carrier aggregation capability and carrier measurement capability reported by the terminal. Therefore, the enhanced measurement solution under carrier aggregation provided by the present invention can solve the problem in the prior art that inter-frequency measurement will cause interruption of data transmission in all cells, and can allow the network to configure different inter-frequency measurements for all cells under carrier aggregation , so as to more efficiently utilize measurement resources and network bandwidth.

Those skilled in the art should understand that the embodiments of the present invention may be provided as methods, systems, or computer program products. Accordingly, the present invention can take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.

The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It should be understood that each procedure and/or block in the flowchart and/or block diagram, and a combination of procedures and/or blocks in the flowchart and/or block diagram can be realized by computer program instructions. These computer program instructions may be provided to a general purpose computer, special purpose computer, embedded processor, or processor of other programmable data processing equipment to produce a machine such that the instructions executed by the processor of the computer or other programmable data processing equipment produce a An apparatus for realizing the functions specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing apparatus to operate in a specific manner, such that the instructions stored in the computer-readable memory produce an article of manufacture comprising instruction means, the instructions The device realizes the function specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions can also be loaded onto a computer or other programmable data processing device, causing a series of operational steps to be performed on the computer or other programmable device to produce a computer-implemented process, thereby The instructions provide steps for implementing the functions specified in the flow chart or blocks of the flowchart and/or the block or blocks of the block diagrams.

While preferred embodiments of the invention have been described, additional changes and modifications to these embodiments can be made by those skilled in the art once the basic inventive concept is appreciated. Therefore, it is intended that the appended claims be construed to cover the preferred embodiment as well as all changes and modifications which fall within the scope of the invention.

Apparently, those skilled in the art can make various changes and modifications to the embodiments of the present invention without departing from the spirit and scope of the embodiments of the present invention. In this way, if the modifications and variations of the embodiments of the present invention fall within the scope of the claims of the present invention and equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (24)

1. the enhancing measuring method under a kind of carrier aggregation, it is characterised in that include：

Terminal is by the carrier aggregation capacity itself supported and carrier aggregation measurement capability reporting to network side；

The measurement configuration information that terminal is issued by network side is performing different-frequency measure；

Wherein, the carrier aggregation capacity is used for describing the carrier aggregation frequency range of terminal support or carrier aggregation frequency Duan Zuhe, the carrier aggregation measurement ability are used for describing the different-frequency measure ability of terminal support.

2. the method for claim 1, it is characterised in that the measurement configuration information at least includes The carrier aggregation that instruction terminal carries out at least one alien frequencies frequency of different-frequency measure, instruction terminal is supported at itself Each corresponding survey of alien frequencies frequency in the frequency range of different-frequency measure and the frequency range of each different-frequency measure is carried out under frequency range Amount interval.

3. the method for claim 1, it is characterised in that the carrier aggregation that itself is supported by terminal Ability and carrier aggregation measurement capability reporting are specifically included to network side：

Terminal by the carrier aggregation frequency range itself supported and in the carrier aggregation band operation it is corresponding The frequency range for performing different-frequency measure simultaneously is allowed to report network side；Or,

Terminal by the carrier aggregation frequency range itself supported combine and in carrier aggregation frequency range combination it is every During individual carrier aggregation band operation, the corresponding frequency range for allowing to perform different-frequency measure simultaneously reports network side； Or,

Whether terminal is supported to match somebody with somebody by the carrier aggregation frequency range itself supported, and under the carrier aggregation frequency range The configured information for putting many measurement interval patterns reports network side；Or,

The carrier aggregation frequency range itself supported is combined by terminal, and under carrier aggregation frequency range combination is The no configured information for supporting many measurement interval patterns of configuration reports network side；Or,

By the carrier aggregation frequency range itself supported, under the carrier aggregation frequency range, whether terminal supports that configuration is more The groups of frequency bands of the different-frequency measure that the configured information and terminal itself of measurement interval pattern is supported is closed and offers net Network side；Or,

Whether the carrier aggregation frequency range itself supported is combined, is propped up under carrier aggregation frequency range combination by terminal Hold the frequency range combination of the different-frequency measure of configured information and terminal itself support for configuring many measurement interval patterns Report network side.

4. the method as described in claim 1,2 or 3, it is characterised in that terminal is issued by network side Measurement configuration information performing different-frequency measure, specifically include：

Terminal is based on the measurement configuration information, and the instruction terminal carried in the measurement configuration information is carried out An alien frequencies frequency is determined at least one alien frequencies frequency of different-frequency measure, is existed based on one alien frequencies frequency The instruction terminal carried in the measurement configuration information determines a frequency range in carrying out the frequency range of different-frequency measure, true Based between the corresponding measurement of one alien frequencies frequency carried in the measurement configuration information in fixed frequency range Every execution different-frequency measure.

5. the enhancing measuring method under a kind of carrier aggregation, it is characterised in that include：

Carrier aggregation capacity and carrier aggregation measurement ability that network side receiving terminal is reported；

Carrier aggregation capacity of the network side based on terminal to report and carrier aggregation measurement ability are the end The corresponding measurement configuration information of end configuration, and the measurement configuration information is handed down to into the terminal；

Wherein, the measurement configuration information carries out the information of different-frequency measure, the load for network side instruction terminal Ripple polymerizing power is used for describing the carrier aggregation frequency range of terminal support or the combination of carrier aggregation frequency range, the carrier wave Polymerization measurement capability is used for describing the different-frequency measure ability of terminal support.

6. method as claimed in claim 5, it is characterised in that the measurement configuration information at least includes The carrier aggregation that instruction terminal carries out at least one alien frequencies frequency of different-frequency measure, instruction terminal is supported at itself Each corresponding survey of alien frequencies frequency in the frequency range of different-frequency measure and the frequency range of each different-frequency measure is carried out under frequency range Amount interval.

7. the enhancing measuring method under a kind of carrier aggregation, it is characterised in that include：

After terminal receives the different-frequency measure information of at least one alien frequencies frequency that network side is issued, by itself pin Network side is reported to the measurement capability of at least one alien frequencies frequency；

The measurement configuration information that terminal is issued by network side is performing different-frequency measure；

Wherein, the measurement capability at least includes whether terminal is supported to configure the instruction letter of many measurement interval patterns Breath, if so, the measurement capability also includes carrying out at least one alien frequencies frequency terminal during different-frequency measure The working frequency range of support.

8. method as claimed in claim 7, it is characterised in that terminal receives network side and issues at least Before the different-frequency measure information of one alien frequencies frequency, further include：

The carrier aggregation capacity that itself supports is reported network side by terminal, and receives network side based on the load The working frequency range of ripple polymerizing power configuration or working frequency range combination, based on the working frequency range or working frequency range group Access network is closed, the carrier aggregation capacity is used for describing the carrier aggregation frequency range or carrier aggregation of terminal support Frequency range is combined.

9. method as claimed in claim 7, it is characterised in that the measurement configuration information at least includes Measurement frequency range when carrying out different-frequency measure for instruction terminal at least one alien frequencies frequency and corresponding Measurement interval.

10. method as claimed in claim 7, it is characterised in that the measurement configuration information is network side Combined with terminal to report at least one alien frequencies frequency according to the working frequency range or working frequency range of terminal The measurement capability configuration of point, specifically include：

When carrying terminal in the measurement capability and not supporting to configure the configured information of many measurement interval patterns, institute It is in terminal for each the alien frequencies frequency at least one alien frequencies frequency to state measurement configuration information Each working frequency range is configured in working frequency range or working frequency range combination as measurement frequency range, and in each survey Amount frequency range configuration identical measurement interval；

It is when carrying the configured information of many measurement interval patterns of terminal support configuration in the measurement capability, described Measurement configuration information is the work for each the alien frequencies frequency at least one alien frequencies frequency in terminal Make configuration measurement frequency range in frequency range or working frequency range combination, and corresponding survey is configured in each measurement frequency range Amount interval.

11. methods as described in any one of claim 7-10, it is characterised in that terminal is by under network side The measurement configuration information sent out is specifically included performing different-frequency measure：

Terminal be based on the measurement configuration information, carry in determining the measurement configuration information to it is described at least Measurement frequency range when each alien frequencies frequency carries out different-frequency measure in one alien frequencies frequency and it is corresponding measure between Every, based on a determination that each alien frequencies frequency measurement frequency range and corresponding measurement interval, perform each different The measurement of frequency alien frequencies frequency.

Enhancing measuring method under a kind of 12. carrier aggregations, it is characterised in that include：

The different-frequency measure information of at least one alien frequencies frequency is handed down to terminal by network side；

The network side is institute based on the measurement capability for reporting that terminal is directed at least one alien frequencies frequency State terminal and configure corresponding measurement configuration information, and the measurement configuration information is handed down to into the terminal；

Wherein, the measurement configuration information be network side combined according to the working frequency range of terminal or working frequency range and What the measurement capability at least one alien frequencies frequency of terminal to report was configured, the measurement capability is at least Whether support to configure the configured information of many measurement interval patterns including terminal, if so, the measurement capability is also wrapped Include the working frequency range that terminal is supported when carrying out different-frequency measure at least one alien frequencies frequency.

13. methods as claimed in claim 12, it is characterised in that network side by least one alien frequencies frequency Before the different-frequency measure information of point is handed down to terminal, further include：

The carrier aggregation capacity that network side receiving terminal is reported, and the carrier aggregation capacity based on terminal to report is true Determine the working frequency range or working frequency range combination of terminal, be terminal configuration work frequency range or working frequency range combination, make Working frequency range or working frequency range combination access network that terminal is issued based on network side, the carrier aggregation capacity For describing carrier aggregation frequency range or the combination of carrier aggregation frequency range of terminal support.

14. methods as claimed in claim 12, it is characterised in that the measurement configuration information is at least wrapped Include the measurement frequency range and correspondence when carrying out different-frequency measure for instruction terminal at least one alien frequencies frequency Measurement interval.

15. methods as claimed in claim 14, it is characterised in that the measurement configuration information is network Lateral root is combined with terminal to report at least one alien frequencies according to the working frequency range or working frequency range of terminal The measurement capability configuration of frequency, specifically include：

When carrying terminal in the measurement capability and not supporting to configure the configured information of many measurement interval patterns, institute It is in terminal for each the alien frequencies frequency at least one alien frequencies frequency to state measurement configuration information Each working frequency range is configured in working frequency range or working frequency range combination as measurement frequency range, and in each survey Amount frequency range configuration identical measurement interval；

It is when carrying the configured information of many measurement interval patterns of terminal support configuration in the measurement capability, described Measurement configuration information is the work for each the alien frequencies frequency at least one alien frequencies frequency in terminal Make configuration measurement frequency range in frequency range or working frequency range combination, and corresponding survey is configured in each measurement frequency range Amount interval.

Enhancing measurement apparatus under a kind of 16. carrier aggregations, it is characterised in that include：

First communication unit, for the carrier aggregation capacity that itself will support and carrier aggregation measurement capability reporting To network side；

First processing units, perform different-frequency measure for the measurement configuration information that issues by network side；

Wherein, the carrier aggregation capacity is used for describing the carrier aggregation frequency range of device support or carrier aggregation frequency Duan Zuhe, the carrier aggregation measurement ability are used for describing the different-frequency measure ability of device support.

17. devices as claimed in claim 16, it is characterised in that the carrier aggregation energy that support itself When power and carrier aggregation measurement capability reporting are to network side, first communication unit specifically for：

The carrier aggregation frequency range that support itself and the corresponding permission in the carrier aggregation band operation The frequency range for performing different-frequency measure simultaneously reports network side；Or,

By the carrier aggregation frequency range combination itself supported and in carrier aggregation frequency range combination, each carries Ripple polymerized frequency band is corresponding when working to be allowed while the frequency range for performing different-frequency measure reports network side；Or,

The carrier aggregation frequency range that support itself, and whether support that configuration is more under the carrier aggregation frequency range The configured information of measurement interval pattern reports network side；Or,

By the carrier aggregation frequency range combination itself supported, and whether prop up under carrier aggregation frequency range combination Hold and configure the configured information of many measurement interval patterns and report network side；Or,

Whether support to configure many measurements by the carrier aggregation frequency range of itself support, under the carrier aggregation frequency range The groups of frequency bands of the different-frequency measure that the configured information and described device itself of interval mode is supported is closed and offers net Network side；Or,

Whether support to match somebody with somebody by the carrier aggregation frequency range combination itself supported, under carrier aggregation frequency range combination Put the frequency range combination of the different-frequency measure of configured information and described device itself support of many measurement interval patterns Report network side.

18. devices as described in claim 16 or 17, it is characterised in that the survey issued by network side Amount configuration information performing during different-frequency measure, the first processing units specifically for：

Based on the measurement configuration information, the instruction described device carried in the measurement configuration information is carried out An alien frequencies frequency is determined at least one alien frequencies frequency of different-frequency measure, is existed based on one alien frequencies frequency The instruction described device carried in the measurement configuration information determines a frequency range in carrying out the frequency range of different-frequency measure, It is determined that frequency range in based on the measurement configuration information in the corresponding survey of one alien frequencies frequency that carries Amount interval performs different-frequency measure.

Enhancing measurement apparatus under a kind of 19. carrier aggregations, it is characterised in that include：

First receiving unit, the carrier aggregation capacity reported for receiving terminal and carrier aggregation measurement ability；

First dispensing unit, for the carrier aggregation capacity based on the terminal to report and carrier aggregation measurement energy Power is that the terminal configures corresponding measurement configuration information, and the measurement configuration information is handed down to the end End；

Wherein, the measurement configuration information carries out the information of different-frequency measure, the carrier aggregation for instruction terminal Ability is used for describing carrier aggregation frequency range or the combination of carrier aggregation frequency range that the terminal is supported, the carrier wave gathers Closing measurement capability is used for describing the different-frequency measure ability that the terminal is supported.

Enhancing measurement apparatus under a kind of 20. carrier aggregations, it is characterised in that include：

Second communication unit, the different-frequency measure for receiving at least one alien frequencies frequency that network side is issued are believed After breath, itself measurement capability at least one alien frequencies frequency is reported into network side；

Second processing unit, performs different-frequency measure for the measurement configuration information that issues by network side；

Wherein, whether the measurement capability at least is supported to configure the finger of many measurement interval patterns including described device Show information, when if so, the measurement capability also includes different-frequency measure being carried out at least one alien frequencies frequency The working frequency range that described device is supported.

21. devices as claimed in claim 20, it is characterised in that receive network side issue at least one Before the different-frequency measure information of individual alien frequencies frequency, second communication unit is further used for：

The carrier aggregation capacity itself supported is reported into network side, and it is poly- based on the carrier wave to receive network side The working frequency range or working frequency range combination of capacity scheme is closed, is connect based on the working frequency range or working frequency range combination Enter network, the carrier aggregation capacity is used for describing the carrier aggregation frequency range or carrier aggregation of described device support Frequency range is combined.

22. devices as described in claim 20 or 21, it is characterised in that the survey issued by network side Amount configuration information performing during different-frequency measure, the second processing unit specifically for：

Based on the measurement configuration information, carry in determining the measurement configuration information to described at least one Measurement frequency range and corresponding measurement interval when each alien frequencies frequency carries out different-frequency measure in alien frequencies frequency, base In it is determined that each alien frequencies frequency measurement frequency range and corresponding measurement interval, perform each alien frequencies alien frequencies The measurement of frequency.

Enhancing measurement apparatus under a kind of 23. carrier aggregations, it is characterised in that include：

Second transmitting element, for being handed down to terminal by the different-frequency measure information of at least one alien frequencies frequency；

Second dispensing unit, for being directed to the survey for reporting of at least one alien frequencies frequency based on the terminal Amount ability is that the terminal configures corresponding measurement configuration information, and the measurement configuration information is handed down to institute State terminal；

Wherein, the measurement configuration information is to be combined and institute according to the working frequency range or working frequency range of the terminal The measurement capability configuration at least one alien frequencies frequency that device is reported is stated, the measurement capability is extremely Whether support to configure the configured information of many measurement interval patterns including the terminal less, if so, the measurement energy Power also includes carrying out at least one alien frequencies frequency working frequency range that the terminal is supported during different-frequency measure.

24. devices as claimed in claim 23, it is characterised in that by the different of at least one alien frequencies frequency Before frequency metrical information is handed down to described device, second transmitting element is further used for：

Receive the carrier aggregation capacity of the terminal to report, and the carrier aggregation capacity based on the terminal to report Determine the working frequency range or working frequency range combination of the terminal, be the terminal configuration work frequency range or work frequency Duan Zuhe, makes working frequency range or working frequency range combination access network that the terminal issued based on network side, institute Carrier aggregation capacity is stated for describing carrier aggregation frequency range or the combination of carrier aggregation frequency range that the terminal is supported.