CN101360326A - Method and system configuring HSUPA physical resource for multiple frequency point cell - Google Patents
Method and system configuring HSUPA physical resource for multiple frequency point cell Download PDFInfo
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Abstract
The invention discloses a method of multi-frequency point subdistrict collocating HSUPA physical resource and the system thereof, which is used to solve the problem of being unable to realize collocating multi-frequency point subdistrict HSUPA process physical resource existed in current technique. The method of the invention includes that: a control wireless network controller sends the resource message of high-speed up-link by grouping to connect to channels and the frequency point message corresponding to the channel to a basic station; the basic station establishes the high-speed up-link by grouping to connect to physics channels which is corresponding to the frequency point according to the resource message of high-speed up-link by grouping to connect to channels and the frequency point message corresponding to the channel. The invention also discloses a control wireless network controller, a service wireless network controller, a basic station and a user device; the invention is applied to collocating HSUPA physical resource in multi-frequency point subdistrict, thus realizing the HSUPA function.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of method and system for multi-frequency-point community configuration HSUPA physical resource.
Background technology
The network configuration of universal mobile telecommunications system (UMTS) grounding wireless access network (UTRAN) as shown in Figure 1, radio network controller (RNC) is used to control the Radio Resource of UTRAN, RNC links to each other with core net CN by the Iu interface, and the RRC agreement between user equipment (UE) and the UTRAN stops at this.The RNC of control base station node B is called the control RNC (CRNC, Controlling RNC) of this NodeB, and CRNC is responsible for the Radio Resource of the sub-district of its control is managed.When a UE inserts UTRAN, need connect with the one or more RNSs (RNS) among the UTRAN.
High Speed Uplink Packet insert (HSUPA, High Speed Uplink Packet Access) be 3GPP in the R6 agreement in order to satisfy a kind of new technology that the upstream data service demand proposes.It has solved the contradiction between system's covering and the capacity well, has promoted power system capacity greatly, has satisfied user's high speed business demand.
In existing HSUPA scheme, control radio network controller (CRNC) is set up the relevant physical channel of HSUPA by the Physical Shared Channel reconfiguration course on the Iub interface in the sub-district of Node B.When UE need use the HSUPA function, CRNC can set up process or wireless links reconfiguration course by the Radio Link on the Iub interface and be the professional relevant enhanced uplink E-DCH resource of this UE configuration schedules in Node B; Node B finishes the relevant resource distribution of E-DCH according to the indication of CRNC, in user's HSUPA Serving cell, select one to four up enhancing access grant channel (E-AGCH) and up enhancing mixed automatic retransmission request to confirm indicating channel (E-HICH) simultaneously, and the channel information of selecting is notified to CRNC.(SRNC ServingRNC) gives user equipment (UE) with the channel resource information configuration of HSUPA dispatching services and non-scheduling service use to service wireless network controller.
If UE has inserted a plurality of RNSs (RNS) at this moment, and the E-DCH related resource is to be configured in floating radio network controller (DRNS, Drift RNC) in, SRNS must just can obtain the E-DCH resource distribution that UE uses by the Iur interface message so.DRNC sets up successful response message, the ready message of radio link reconfiguration and radio link reconfiguration response message by the Radio Link on the Iur interface up enhancing access grant channel and the up enhancing mixed automatic retransmission request of UE is confirmed that indicating channel information sends to SRNC, in message non-dispatching uplink is strengthened physical channel (E-PUCH) time interval resource simultaneously and reports SRNC.
Because the telephone traffic that single frequency point can be supported is limited, can not satisfy growing mobile communication requirement.For this reason, introduced the notion of multicarrier, promptly a plurality of frequencies are all supported in each sub-district under Node B, so just can improve the capacity of system widely.
Present Iur interface, Iub interface and Uu interface scheme are only at the single-frequency dot system, the Physical Shared Channel reconfiguration request message of Iub interface and the Radio Link of Iur interface are set up response message, the ready message of radio link reconfiguration and radio link reconfiguration response message when being the physical resource of HSUPA related physical channel allocation Node B, only specified the information of time slot and code channel, and do not specify the information of frequency, that is to say that these message can only be used for single-frequency point sub-district.And, will make Node B or SRNC can't know corresponding physical resource is positioned on which frequency of this sub-district for the sub-district of supporting multifrequency point.Equally, do not have frequency point information when in the Uu interface message, disposing the HSUPA resource yet,, can not uniquely determine physical channel, can't support the HSUPA technology for the sub-district of supporting multifrequency point.
In multi-transceiver technology, the E-DCH channel will constitute a unified channel by the different time-gap of a plurality of carrier waves and the channel resource of code channel, and all resources are all dispatched by same medium access control-up enhancing (MAC-e/es) sublayer.Therefore, the data of same subscriber equipment can send with the channel resource of a plurality of carrier waves is parallel, have improved the transmission rate of user uplink data greatly.Equally, up enhancing access grant channel confirms that with up enhancing mixed automatic retransmission request indicating channel also can be distributed on the different carrier waves.But on Iub interface, CRNC only assigned timeslot and code channel when distributing the physical resource of these channels for Node B are not pointed out the carrier information of this channel.Do not notifying the corresponding HSUPA physical resource of SRNC to be positioned on which frequency on the Iur interface.There is not notifying user equipment HSUPA physical resource to be positioned on which frequency on the Uu interface yet.
In sum, because prior art Iur interface scheme, Iub interface scheme and Uu interface scheme are only at HSUPA single-frequency dot system, therefore, prior art is under the multi-carrier HSUPA environment, can't satisfy a plurality of carrier frequency resource configuration needs, cause supporting that the user of multi-carrier HSUPA can't obtain the HSUPA related service.
Summary of the invention
The embodiment of the invention provides a kind of method and system for multi-frequency-point community configuration HSUPA physical resource, has the problem that can't realize HSUPA in multi-frequency-point community in the prior art in order to solve.
The embodiment of the invention also provides a kind of control radio network controller, a kind of service wireless network controller, a kind of base station and a kind of subscriber equipment.
The method that the embodiment of the invention provides comprises:
The control radio network controller send High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information to the base station;
Described base station according to described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information, set up with the corresponding High Speed Uplink Packet of described frequency and insert physical channel.
The system that the embodiment of the invention provides comprises: control radio network controller and base station;
Described control radio network controller, be used to send High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information to described base station;
Described base station, be used for according to described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information, set up with the corresponding High Speed Uplink Packet of described frequency and insert physical channel.
A kind of control radio network controller that the embodiment of the invention provides comprises:
Generation unit, be used to generate High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information;
First transmitting element is used for sending to the base station with described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information.
A kind of service wireless network controller that the embodiment of the invention provides comprises:
Second receiving element is used to receive the frequency point information of control radio network controller transmission and inserts up enhancing channel information with the corresponding High Speed Uplink Packet of this frequency;
Second transmitting element is used for that described High Speed Uplink Packet is inserted up enhancing channel information and described frequency point information sends to subscriber equipment.
A kind of base station that the embodiment of the invention provides comprises:
The 3rd receiving element, be used to receive High Speed Uplink Packet access channel resource information that the control radio network controller sends and with this channel frequency points corresponding information;
Channel is set up the unit, is used for setting up with the corresponding High Speed Uplink Packet of described frequency inserting physical channel.
A kind of subscriber equipment that the embodiment of the invention provides comprises:
Send request unit, be used for sending the request message that needs use the High Speed Uplink Packet access function to the control radio network controller;
The business realizing unit is used for inserting up enhancing channel information according to the frequency point information of service wireless network controller transmission and with the corresponding High Speed Uplink Packet of this frequency, realizes high speed uplink chain grouping access service.
In the embodiment of the invention, the control radio network controller send High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information to the base station; Described base station according to described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information, set up with the corresponding High Speed Uplink Packet of described frequency and insert physical channel.By this technical scheme, be implemented in the multi-frequency-point community configuration high-speed uplink packet and insert the HSUPA physical resource, solved and had the problem that can't in multi-frequency-point community, realize HSUPA in the prior art.
Description of drawings
Fig. 1 is the schematic network structure of UTRAN;
The method flow schematic diagram that Fig. 2 provides for the embodiment of the invention;
Fig. 3 is for to insert under the situation of single RNS at UE, the method flow schematic diagram that the embodiment of the invention provides;
Fig. 4 is the part-structure schematic diagram of Iub interface Physical Shared Channel reconfiguration request message in the prior art;
Iub interface Physical Shared Channel reconfiguration request message form schematic diagram behind the increase frequency indication information element that Fig. 5 provides for the embodiment of the invention;
Fig. 6 is the uplink enhanced physical channel information unit structure schematic diagram of Uu interface in the prior art;
Uplink enhanced physical channel Info message format schematic diagram behind the increase frequency indication information element that Fig. 7 provides for the embodiment of the invention;
Fig. 8 is the up enhancing access grant channel information unit structure schematic diagram of Uu interface in the prior art;
Up enhancing access grant channel message format schematic diagram behind the increase frequency indication information element that Fig. 9 provides for the embodiment of the invention;
Figure 10 is that indicating channel Info information unit structure schematic diagram is confirmed in the up enhancing mixed automatic retransmission request of Uu interface in the prior art;
Indicating channel message format schematic diagram is confirmed in up enhancing mixed automatic retransmission request behind the increase frequency indication information element that Figure 11 provides for the embodiment of the invention;
Figure 12 is for to insert under the situation of a plurality of RNS at UE, the method flow schematic diagram that the embodiment of the invention provides;
Figure 13 is a HSUPA message structure schematic diagram in Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and the radio link reconfiguration response message in the prior art;
The message format schematic diagram behind the increase frequency indication information element in Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and radio link reconfiguration response message that Figure 14 provides for the embodiment of the invention;
Figure 15 is a HSUPA message structure schematic diagram in Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and the radio link reconfiguration response message in the prior art;
The message format schematic diagram behind the increase frequency indication information element in Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and radio link reconfiguration response message that Figure 16 provides for the embodiment of the invention;
Figure 17 is for to insert under the situation of a plurality of RNS at UE, the message interaction process schematic diagram between the SRNC that the embodiment of the invention provides, DRNC/CRNC and the Node B;
The system configuration schematic diagram that Figure 18 provides for the embodiment of the invention;
A kind of structural representation of controlling radio network controller that Figure 19 provides for the embodiment of the invention;
The structural representation of a kind of service wireless network controller that Figure 20 provides for the embodiment of the invention;
The structural representation of a kind of base station that Figure 21 provides for the embodiment of the invention;
The structural representation of a kind of subscriber equipment that Figure 22 provides for the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of method and system for multi-frequency-point community configuration HSUPA physical resource, and a kind of control radio network controller, a kind of service wireless network controller, a kind of base station and a kind of subscriber equipment also are provided.The embodiment of the invention by control radio network controller CRNC send High Speed Uplink Packet insert HSUPA channel resource information and with this channel frequency points corresponding information to the base station; Described base station according to described HSUPA channel resource information and with this channel frequency points corresponding information, set up and the corresponding HSUPA physical channel of described frequency, realize the configuration of physical resource, be described CRNC has not only specified the HSUPA physical channel for described base station time slot and code channel information, also specified frequency point information.
When subscriber equipment need use the HSUPA function, described base station was described user device configuration and the up enhancing channel of the corresponding HSUPA of described frequency according to the Indication message that described CRNC sends; Described CRNC will send to service wireless network controller SRNC with the up enhancing channel information of the corresponding HSUPA of described frequency; Described SRNC will send to described subscriber equipment with the up enhancing channel information of the corresponding HSUPA of described frequency.Make subscriber equipment can in multi-frequency-point community, realize HSUPA dispatching services and non-scheduling service.
The embodiment of the invention is at the problem of existing HSUPA scheme in Iub and Iur interface and the existence of Uu interface, respectively to the Physical Shared Channel reconfiguration request on the Iub interface (PHYSICAL SHAREDCHANNEL RECONFIGURATION REQUEST) message, Radio Link on the Iur interface is set up response (RADIO LINK SETUP RESPONSE) message, radio link reconfiguration ready (RADIOLINK RECONFIGURATION READY) message, radio link reconfiguration response (RADIOLINK RECONFIGURATION RESPONSE) message, and the uplink enhanced physical uplink channel information unit on the Uu interface, up enhancing access grant channel information unit, up enhancing mixed automatic retransmission request confirms that the indicating channel information unit carries out perfect, make its HSUPA that not only supports single-frequency point sub-district configuration, and support the HSUPA configuration of multi-frequency-point community.
Referring to Fig. 2, the method that the embodiment of the invention provides comprises:
S201, control radio network controller (CRNC) send High Speed Uplink Packet and insert (HSUPA) channel resource information and give the base station with this channel frequency points corresponding information;
S202, described base station according to described HSUPA channel resource information and with this channel frequency points corresponding information, set up and the corresponding HSUPA physical channel of described frequency;
Wherein, described HSUPA channel resource information comprises the time slot and the code channel information of described HSUPA channel.
Preferably, when subscriber equipment need use the HSUPA function, described base station was described user device configuration and the up enhancing channel of the corresponding HSUPA of described frequency according to the Indication message that described CRNC sends.Described CRNC will send to service wireless network controller SRNC with the up enhancing channel information of the corresponding HSUPA of described frequency.Described SRNC will send to described subscriber equipment with the up enhancing channel information of the corresponding HSUPA of described frequency.
Wherein, the Indication message of described CRNC is: Radio Link is set up request message, and perhaps radio link reconfiguration is prepared message, perhaps radio link reconfiguration request message.
Referring to Fig. 3, the method that the embodiment of the invention provides comprises:
S301, CRNC directly send the Physical Shared Channel reconfiguration message to coupled base station by Iub interface, carry the frequency point information that HSUPA uses in this message.
In the present embodiment, UE inserts a RNS, and the E-DCH related resource is configured among the SRNS.
S302, base station are according to after the described message that receives, set up the relevant physical channel of HSUPA of specifying on the frequency in multi-frequency-point community, i.e. indicating channel is confirmed in uplink enhanced physical channel, up enhancing access grant channel and up enhancing mixed automatic retransmission request.
After S303, user equipment (UE) inserted described RNS, when needs used the HSUPA function, SRNC sent Radio Link and sets up request message or radio link reconfiguration preparation message or radio link reconfiguration request message to CRNC.
Wherein, when UE need use the HSUPA function, can send request to described SRNC, then described SRNC sends described Radio Link and sets up request message or radio link reconfiguration preparation message or radio link reconfiguration request message to CRNC according to described request.
S304, CRNC send described Radio Link and set up request message or radio link reconfiguration preparation message or radio link reconfiguration request message to the base station.
Be after UE inserts this RNS, when using the HSUPA function, CRNC (SRNC of UE) sets up process by the Radio Link on the Iub interface or wireless links reconfiguration course is this UE configuring E-DCH resource.
S305, base station are the up enhancing channel resource on the user device configuration HSUPA use frequency;
Be that the relevant resource distribution of E-DCH is finished according to the indication of CRNC in described base station, in user's HSUPA Serving cell, select corresponding up enhancing access grant channel and up enhancing mixed automatic retransmission request to confirm indicating channel simultaneously.
S306, described base station will send to described CRNC for the channel resource information of user device configuration by Iub interface;
S307, described CRNC send to described SRNC with channel resource information and the frequency points corresponding information that the HSUPA dispatching services uses.
S308, described SRNC send to user equipment (UE) with the channel resource information and the frequency points corresponding information of HSUPA dispatching services and non-scheduling service use.
So described UE, insert up enhancing channel information (being the channel resource information that described HSUPA dispatching services and non-scheduling service use) according to the frequency point information of described SRNC transmission and with the corresponding High Speed Uplink Packet of this frequency, realize high speed uplink chain grouping access service.
The part-structure of the Iub interface Physical Shared Channel reconfiguration request message of stipulating among the 3GPP TS25.433 as shown in Figure 4 at present, wherein, uplink enhanced physical channel information 1.28Mcps cell needing in the designated cell to be used for the uplink enhanced physical channel information set up, can comprise a plurality of low spreading rate time slots (TimeSlot LCR) and low spreading rate chip (Codes LCR) cell, i.e. shared time slot and the code channel information of uplink enhanced physical channel channel;
Increase up enhancing access grant channel resource pool (Add to E-AGCH Resourse Pool) 1.28Mcps cell and needing in the designated cell to be used for the up enhancing access grant channel physic channel information set up, can comprise a plurality of up enhancing access grant channel information 1.28Mcps cells;
Change up enhancing access grant channel resource pool (Modify E-AGCH Resource Pool) 1.28Mcps cell and be used for carrying and need the up enhancing access grant channel physic channel information revised in the sub-district, can comprise a plurality of up enhancing access grant channel information 1.28Mcps cells;
Increase the up enhancing mixed automatic retransmission request that predetermined up enhancing mixed automatic retransmission request confirms that indicating channel resource pond (Add toScheduled Resource Pool) 1.28Mcps cell is used for needing to set up in the designated cell and confirm the indicating channel physic channel information;
The predetermined up enhancing mixed automatic retransmission request of change confirms that indicating channel resource pond (ModifyScheduled Resource Pool) 1.28Mcps cell is used for carrying the up enhancing mixed automatic retransmission request that needs in the sub-district to revise and confirms the indicating channel physic channel information.
Present embodiment confirms to increase in the indicating channel information frequency indication information element (UARFCN) in the uplink enhanced physical channel of described Iub interface Physical Shared Channel reconfiguration request message, up enhancing access grant channel and up enhancing mixed automatic retransmission request, in order to the frequency of indication HSUPA use.So, increase behind the described frequency indication information element Iub interface Physical Shared Channel reconfiguration request message form as shown in Figure 5, wherein, frequency indication information element (UARFCN) cell is used for specifying concrete value of frequency point.
The uplink enhanced physical uplink channel information cellular construction of regulation Uu interface as shown in Figure 6 among the 3GPP TS25.331.
Present embodiment increases frequency indication information element UARFCN in this information unit structure, in order to the frequency of indication HSUPA use.So, the message format behind the increase frequency indication information element UARFCN as shown in Figure 7.
The up enhancing access grant channel information unit structure of regulation Uu interface as shown in Figure 8 among the 3GPP TS25.331.
Present embodiment increases frequency indication information element UARFCN in this up enhancing access grant channel Info information unit structure, in order to the frequency of indication HSUPA use.So, the message format behind the increase frequency indication information element UARFCN as shown in Figure 9.
The information unit structure of the up enhancing mixed automatic retransmission request affirmation indicating channel of regulation Uu interface as shown in figure 10 among the 3GPP TS25.331.
Present embodiment confirms to increase in the indicating channel information unit structure frequency indication information element UARFCN in this up enhancing mixed automatic retransmission request, in order to the frequency of indication HSUPA use.So, the message format behind the increase frequency indication information element UARFCN as shown in figure 11.
To sum up, by increasing frequency point information in the Physical Shared Channel reconfiguration request message on Iub interface, and the uplink enhanced physical channel information unit on the Uu interface, up enhancing access grant channel information unit and up enhancing mixed automatic retransmission request are confirmed to increase frequency point information in the indicating channel information unit, make multi-frequency-point community support the HSUPA function, thereby improved the entire system performance.
Referring to Figure 12, other method embodiment provided by the invention comprises:
S1201, CRNC send to the base station by Iub interface with channel resource information and the frequency points corresponding information that HSUPA uses.
In the present embodiment, UE inserts a plurality of RNS, and the E-DCH related resource is configured in the Drift Radio Network Controller in (DRNS).In DRNS, CRNC directly sends the Physical Shared Channel reconfiguration message to coupled base station by Iub interface, carries the frequency point information that HSUPA uses in this message.
S1202, described base station are set up HSUPA and are used physical channel relevant on the frequency in multi-frequency-point community, i.e. indicating channel is confirmed in uplink enhanced physical channel, up enhancing access grant channel and up enhancing mixed automatic retransmission request.
S1203, when subscriber equipment inserts SRNS (current UE and network side carry out the Serving RNC of service interaction) and DRNS (Target RNC that current UE will connect with it) simultaneously, use the HSUPA function if desired in DRNS, then described SRNC sends Radio Link to described DRNC and sets up request message or radio link reconfiguration preparation message or radio link reconfiguration request message.
S1204, CRNC (DRNC) send Radio Link and set up request message or radio link reconfiguration preparation message or radio link reconfiguration request message to the base station.
When UE need use the HSUPA function in DRNS, CRNC (being the DRNC of UE) sets up process by the Radio Link on the Iub interface or wireless links reconfiguration course is this UE configuring E-DCH resource.
The relevant resource distribution of E-DCH is finished according to the indication of CRNC in S1205, base station, in the HSUPA of UE Serving cell, select corresponding up enhancing access grant channel and up enhancing mixed automatic retransmission request to confirm indicating channel simultaneously, be the up enhancing channel resource on the user device configuration HSUPA use frequency.
S1206, base station will send to CRNC (DRNC) for the channel resource information of user device configuration by Iub interface.
Be that the base station confirms that with described up enhancing access grant channel of selecting and up enhancing mixed automatic retransmission request indicating channel information sends to CRNC (DRNC) by Iub interface.
S1207, CRNC (DRNC) send to SRNC by the Iur interface with described channel resource information and frequency points corresponding information.
S1208, described SRNC send to user equipment (UE) with the channel resource information and the frequency points corresponding information of HSUPA dispatching services and non-scheduling service use.
At present, HSUPA message structure such as Figure 13 and shown in Figure 14 in Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and the radio link reconfiguration response message of stipulating among the 3GPP TS25.423.
Present embodiment increases message format such as the Figure 15 and shown in Figure 16 behind the frequency indication information element in this Iur interface wireless link establishment response message, the ready message of radio link reconfiguration and radio link reconfiguration response message, wherein, frequency point information indication (UARFCN) cell is used to refer to the value of frequency point of earnest reason channel place frequency.
To sum up, insert at subscriber equipment under the situation of a plurality of RNS, by on Iub interface, increasing frequency point information in the Physical Shared Channel reconfiguration request message, and Radio Link is set up in response message, the ready message of radio link reconfiguration and the radio link reconfiguration response message and is increased frequency point information on the Iur interface, can make multi-frequency-point community support the HSUPA function, thereby improve the entire system performance.
Below for subscriber equipment inserts under the situation of a plurality of RNS, the message interaction process between SRNC, DRNC/CRNC and the Node B, referring to Figure 17, this process comprises:
S1701, when multi-frequency-point community need support that high speed uplink packet inserts the HSUPA function, CRNC sends the Physical Shared Channel reconfiguration request message to Node B, comprises the frequency point information that HSUPA uses in this message.
S1702, Node B set up HSUPA and use physical channel relevant on the frequency in multi-frequency-point community, and send the Physical Shared Channel reconfiguration response message to CRNC.
S1703, SRNC send Radio Link to DRNC/CRNC and set up request message.
S1704, DRNC/CRNC send Radio Link to Node B and set up request message.
After S1705, Node B receive that described Radio Link is set up request message, be the up enhancing channel resource on the user device configuration HSUPA use frequency, and set up response message to DRNC/CRNC transmission Radio Link.
S1706, DRNC/CRNC send Radio Link to SRNC and set up response message, comprise the professional E-DCH channel resource information of using of HSUPA in this message, and this E-DCH frequency points corresponding information.
Described SRNC sends to UE by the Uu interface with professional E-DCH channel resource information of using of HSUPA and corresponding described frequency point information.
Wherein, step S1703 is that Radio Link is set up process to step S1706, and this process is used when UE initially inserts DRNS, if UE has inserted DRNS, then this process can replace with wireless links reconfiguration course.
Referring to Figure 18, the system that the embodiment of the invention provides comprises: control radio network controller 181, base station 182, subscriber equipment 183 and service wireless network controller 184;
Described control radio network controller 181, by Iub interface send High Speed Uplink Packet insert HSUPA channel resource information and with this channel frequency points corresponding information to described base station;
Described base station 182, be used for according to described HSUPA channel resource information and with this channel frequency points corresponding information, set up and the corresponding HSUPA physical channel of described frequency.
When described subscriber equipment 183 needs to use the HSUPA function, described subscriber equipment 183 sends the request message that needs to use the HSUPA function to described control radio network controller 181, described control radio network controller 181, after receiving this request message, send Indication message to described base station 182; The Indication message that described control radio network controller 181 sends is: Radio Link is set up request message, and perhaps radio link reconfiguration is prepared message, perhaps radio link reconfiguration request message.
Described base station 182 is described subscriber equipment 183 configurations and the up enhancing channel of the corresponding HSUPA of described frequency according to described Indication message.
After described base station 182 is described subscriber equipment 183 configurations and the up enhancing channel of the corresponding HSUPA of described frequency, described control radio network controller 181 will send to described service wireless network controller service wireless network controller 184 with up enhancing channel information of the corresponding HSUPA of described frequency and described frequency point information by the Iur interface.
Described service wireless network controller 184, receive with up enhancing channel information of the corresponding HSUPA of described frequency and described frequency point information after, will send to described subscriber equipment 183 with up enhancing channel information of the corresponding HSUPA of described frequency and described frequency point information by the Uu interface;
Described subscriber equipment 183 inserts up enhancing channel information according to the frequency point information of described service wireless network controller transmission and with the corresponding High Speed Uplink Packet of this frequency, realizes the HSUPA business.
Referring to Figure 19, a kind of control radio network controller that the embodiment of the invention provides comprises: generation unit 191, first transmitting element 192 and first receiving element 193;
Described generation unit 191, be used to generate High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information.
Described first transmitting element 192 is used for sending to the base station with described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information.
Described first receiving element 193, what be used to receive the base station and be user device configuration inserts up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency;
Then described first transmitting element 192 inserts up enhancing channel information with described High Speed Uplink Packet and described frequency point information sends to service wireless network controller.
Referring to Figure 20, a kind of service wireless network controller that the embodiment of the invention provides comprises: second receiving element 201 and second transmitting element 202;
Described second receiving element 201 is used to receive the frequency point information of control radio network controller transmission and inserts up enhancing channel information with the corresponding High Speed Uplink Packet of this frequency;
Described second transmitting element 202 is used for that described High Speed Uplink Packet is inserted up enhancing channel information and described frequency point information sends to subscriber equipment.
Referring to Figure 21, a kind of base station that the embodiment of the invention provides comprises: the 3rd receiving element 211, channel are set up unit 212 and channel configuration unit 213;
Described the 3rd receiving element 211, be used to receive High Speed Uplink Packet access channel resource information that the control radio network controller sends and with this channel frequency points corresponding information.
Described channel is set up unit 212, is used for setting up with the corresponding High Speed Uplink Packet of described frequency inserting physical channel.
When subscriber equipment need use the High Speed Uplink Packet access function, described the 3rd receiving element 211 also was used to receive the Indication message that described control radio network controller sends;
Then described channel configuration unit 213 is used for according to described Indication message, for user device configuration and the corresponding High Speed Uplink Packet of described frequency insert up enhancing channel.
Referring to Figure 22, a kind of subscriber equipment that the embodiment of the invention provides comprises: send request unit 221 and business realizing unit 222;
Described transmission request unit 221 is used for sending the request message that needs use the High Speed Uplink Packet access function to the control radio network controller.
Described business realizing unit 222 is used for inserting up enhancing channel information according to the frequency point information of service wireless network controller transmission and with the corresponding High Speed Uplink Packet of this frequency, realizes high speed uplink chain grouping access service.
In sum, in the technical scheme that the embodiment of the invention provides, CRNC sends to the base station by Iub interface with channel resource information and the frequency points corresponding information that HSUPA uses.The base station is that user device configuration HSUPA uses the up enhancing channel resource on the frequency after receiving that the Radio Link of CRNC transmission is set up request message or radio link reconfiguration preparation message or radio link reconfiguration request message.CRNC sends to SRNC by the Iur interface with described up enhancing channel resource information and frequency points corresponding information.SRNC sends to subscriber equipment by the Uu interface with professional channel resource information and the frequency points corresponding information of using of HSUPA.By this technical scheme, the present invention has made full use of existing Iur interface, Iub interface and Uu interface, only in related news, increase the frequency point information that the HSUPA function is used, just can in multi-frequency-point community, realize the HSUPA function, solved prior art under the multi-carrier HSUPA environment, can't satisfy a plurality of carrier frequency resource configuration needs, cause supporting that the user of multi-carrier HSUPA can't obtain the problem of HSUPA related service.The present invention program realizes simply not being only applicable to multi-frequency-point community, and is suitable equally for single-frequency point sub-district.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (16)
1, a kind of method for multi-frequency-point community configuration HSUPA physical resource is characterized in that this method comprises:
The control radio network controller send High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information to the base station;
Described base station according to described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information, set up with the corresponding High Speed Uplink Packet of described frequency and insert physical channel.
2, the method for claim 1 is characterized in that, this method also comprises:
When subscriber equipment need use the High Speed Uplink Packet access function, the Indication message that described base station sends according to described control radio network controller is for described user device configuration and the corresponding High Speed Uplink Packet of described frequency insert up enhancing channel.
3, method as claimed in claim 2 is characterized in that, described base station is that this method also comprised after described user device configuration and the corresponding High Speed Uplink Packet of described frequency inserted up enhancing channel:
Described control radio network controller will insert up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency and described frequency point information sends to service wireless network controller.
4, method as claimed in claim 3 is characterized in that, this method also comprises:
Described service wireless network controller will insert up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency and described frequency point information sends to described subscriber equipment.
5, method as claimed in claim 2 is characterized in that, the Indication message that described control radio network controller sends is:
Radio Link is set up request message, and perhaps radio link reconfiguration is prepared message, perhaps radio link reconfiguration request message.
6, a kind of system for multi-frequency-point community configuration HSUPA physical resource is characterized in that this system comprises: control radio network controller and base station;
Described control radio network controller, be used to send High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information to described base station;
Described base station, be used for according to described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information, set up with the corresponding High Speed Uplink Packet of described frequency and insert physical channel.
7, system as claimed in claim 6 is characterized in that, this system also comprises:
Subscriber equipment is used for sending the request message that needs use the High Speed Uplink Packet access function to described control radio network controller;
After then described control radio network controller receives described request message, send Indication message to described base station;
Described base station is according to described Indication message, for described user device configuration and the corresponding High Speed Uplink Packet of described frequency insert up enhancing channel.
8, system as claimed in claim 7 is characterized in that, this system also comprises: service wireless network controller;
Described base station is after described user device configuration and the corresponding High Speed Uplink Packet of described frequency insert up enhancing channel, and described control radio network controller will insert up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency and described frequency point information sends to described service wireless network controller;
Described service wireless network controller is used for receiving with the corresponding High Speed Uplink Packet of described frequency and inserts up enhancing channel information and described frequency point information.
9, system as claimed in claim 8 is characterized in that, described service wireless network controller will receive inserts up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency and described frequency point information sends to described subscriber equipment;
Then, described subscriber equipment inserts up enhancing channel information according to the frequency point information of described service wireless network controller transmission and with the corresponding High Speed Uplink Packet of this frequency, realizes high speed uplink chain grouping access service.
10, system as claimed in claim 7 is characterized in that, the Indication message of described control radio network controller is:
Radio Link is set up request message, and perhaps radio link reconfiguration is prepared message, perhaps radio link reconfiguration request message.
11, a kind of control radio network controller is characterized in that, this control radio network controller comprises:
Generation unit, be used to generate High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information;
First transmitting element is used for sending to the base station with described High Speed Uplink Packet access channel resource information and with this channel frequency points corresponding information.
12, control radio network controller as claimed in claim 11 is characterized in that, described control radio network controller also comprises:
First receiving element, what be used to receive the base station and be user device configuration inserts up enhancing channel information with the corresponding High Speed Uplink Packet of described frequency;
Then described first transmitting element inserts up enhancing channel information with described High Speed Uplink Packet and described frequency point information sends to service wireless network controller.
13, a kind of service wireless network controller is characterized in that, this service wireless network controller comprises:
Second receiving element is used to receive the frequency point information of control radio network controller transmission and inserts up enhancing channel information with the corresponding High Speed Uplink Packet of this frequency;
Second transmitting element is used for that described High Speed Uplink Packet is inserted up enhancing channel information and described frequency point information sends to subscriber equipment.
14, a kind of base station is characterized in that, this base station comprises:
The 3rd receiving element, be used to receive High Speed Uplink Packet access channel resource information that the control radio network controller sends and with this channel frequency points corresponding information;
Channel is set up the unit, is used for setting up with the corresponding High Speed Uplink Packet of described frequency inserting physical channel.
15, base station as claimed in claim 14 is characterized in that, when subscriber equipment need use the High Speed Uplink Packet access function, described the 3rd receiving element also was used to receive the Indication message that described control radio network controller sends;
Then described base station also comprises: the channel configuration unit is used for according to described Indication message, for user device configuration and the corresponding High Speed Uplink Packet of described frequency insert up enhancing channel.
16, a kind of subscriber equipment is characterized in that, this subscriber equipment comprises:
Send request unit, be used for sending the request message that needs use the High Speed Uplink Packet access function to the control radio network controller;
The business realizing unit is used for inserting up enhancing channel information according to the frequency point information of service wireless network controller transmission and with the corresponding High Speed Uplink Packet of this frequency, realizes high speed uplink chain grouping access service.
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| CN2007101197089A CN101360326B (en) | 2007-07-30 | 2007-07-30 | Method and system configuring HSUPA physical resource for multiple frequency point cell |
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| CN2007101197089A CN101360326B (en) | 2007-07-30 | 2007-07-30 | Method and system configuring HSUPA physical resource for multiple frequency point cell |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102131303A (en) * | 2010-01-20 | 2011-07-20 | 上海摩波彼克半导体有限公司 | Physical-layer radio resource maintenance system framework and method for third-generation mobile communication equipment |
| WO2012019481A1 (en) * | 2010-08-13 | 2012-02-16 | 中兴通讯股份有限公司 | High speed uplink packet access physical resource configuration method and system thereof |
| CN102123366B (en) * | 2010-01-11 | 2015-05-13 | 中兴通讯股份有限公司 | Control method and system of non-service uplink enhanced wireless link of double-carrier system |
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2007
- 2007-07-30 CN CN2007101197089A patent/CN101360326B/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102123366B (en) * | 2010-01-11 | 2015-05-13 | 中兴通讯股份有限公司 | Control method and system of non-service uplink enhanced wireless link of double-carrier system |
| CN102131303A (en) * | 2010-01-20 | 2011-07-20 | 上海摩波彼克半导体有限公司 | Physical-layer radio resource maintenance system framework and method for third-generation mobile communication equipment |
| CN102131303B (en) * | 2010-01-20 | 2015-08-05 | 上海摩波彼克半导体有限公司 | 3G (Third Generation) Moblie physical layer of device radio resource maintenance system framework and method |
| WO2012019481A1 (en) * | 2010-08-13 | 2012-02-16 | 中兴通讯股份有限公司 | High speed uplink packet access physical resource configuration method and system thereof |
| CN102378371A (en) * | 2010-08-13 | 2012-03-14 | 中兴通讯股份有限公司 | HSUPA physical resource configuration method and system thereof |
| CN102378371B (en) * | 2010-08-13 | 2016-02-10 | 中兴通讯股份有限公司 | A kind of collocation method of HSUPA physical resource and system |
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| Publication number | Publication date |
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| CN101360326B (en) | 2011-05-04 |
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