CN101370164B - Method for transmitting signaling wireless bearing in high-speed packet access signal channel - Google Patents
Method for transmitting signaling wireless bearing in high-speed packet access signal channel Download PDFInfo
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Abstract
The invention discloses a method for transmitting signaling wireless load on high speed packet access channel, UE carries indication information for indicating whether to support HSPA ability when sending initial signaling; if the HSPA is supported, the UE also carries HSPA physical layer ability category information. By enhancing current 2 RRC message, the invention enables network side to obtain HSPA physical layer ability category of the UE, so that following signaling transmission can be realized via the HSPA channel in order to obtain higher transmission rate for user experience improvement. The invention provides limited bits increased according to the 2 RRC message with a simple procedure.
Description
Technical field
The present invention relates to 3G (Third Generation, the third generation) communication system of field of wireless communication, relate in particular to a kind of method at HSPA (High Speed Packet Access, high-speed packet inserts) channel Signaling Radio Bearer.
Background technology
HSPA comprises 3GPP (Third Generation Partnership Projects; The 3G (Third Generation) Moblie partnership) the big technology of 2 in the protocol architecture; The HSDPA that promptly in the Rel-5 version, formulates (HighSpeed Downlink Packet Access; High speed downlink packet inserts) technology and E-DCH (the Enhanced Dedicated Channel that in the Rel-6 version, formulates; Strengthen dedicated channel) technology, be commonly referred to HSUPA (High Speed Uplink Packet Access, high speed uplink packet inserts) technology.The introducing of HSPA technology makes the data service bearing capacity of 3GPP 3G network strengthen greatly, and the availability of frequency spectrum also is significantly improved.With TD-SCDMA (Time Division-Synchronous CodeDivision Multiple Access, TD SDMA) system is example, and HSDPA can provide the downlink data throughput of the highest 2.8Mbps; HSUPA can provide the upstream data throughput of the highest 2.23Mbps:
At down link: utilize 5ms TTI (Transmission Time Interval; Transmission Time Interval), AMC (Adaptive Modulation and Coding; Adaptive coding and modulating), HARQ (HybridAutomatic Repeat Request; Mix automatically and retransmit), based on key technologies such as the scheduling of Node B (base station) and shared channels, the down link data throughput is dynamically adjusted in the variation that HSDPA can the fast adaptation wireless environment; Through transferring Traffic Channel to " sharing " from " special use ", make more user share descending wireless bandwidth, effectively improved wireless resource utility efficiency.
Up link: reach the key technologies such as scheduling based on Node B through 5ms TTI, HARQ, HSUPA can better control the uplink noise lifting, has effectively utilized the ascending idle port capacity, has improved the uplink data throughput.
In initial design HSPA when technology, application scenarios mainly is positioned on the high-speed data service, comprise that web browses, video, multimedia messages and other IP-based business.Recent a series of research shows, on HSPA, carries out the delay that the signaling transmission can improve signaling greatly, improves user's satisfaction.
Wave point UE (User Equipment; Subscriber equipment) typical RRC (the Radio Resource Control of initiation connection request; Radio Resource control) signaling process figure is as shown in Figure 1, can set up the calling of a circuit domain or the data service of packet domain through this flow process UE:
Step 101; UE initiates the RRC connection request; Be with to connect and set up reason and type of call (speech, video flowing etc.), simultaneously with on whether support the capability indication information of HSPA, concrete capability indication information can for: do not support HSPA, only support HSDPA, support HSDPA and E-DCH;
Step 102, RNC (Radio Network Controller, radio network controller) admits control; If allow UE to insert; To send the RRC connection and set up message, wherein mainly carry the relevant information of SRB (Signaling Radio Bearer, Signaling Radio Bearer) configuration;
Step 103 after UE accomplishes configuration, is sent RRC connection foundation and is accomplished, simultaneously with the wireless access capability information that goes up oneself on newly-built SRB;
Step 104, UE sends initial directly message transfer (the back flow process slightly).
By existing RRC signaling process, if UE supports HSPA, RNC can be that the UE configuration is mapped to the up Signaling Radio Bearer on the E-DCH when setting up in step 102 transmission RRC connection so.Can find but study existing TD-SCDMA HSPA system, can not well support this transmission mechanism at present.This be because, UE is when the E-DCH transmitting data, the control channel E-UCCH that follows (enhanced uplink control channel) it may be noted that the control signaling that this transmission is relevant, signaling thes contents are as follows shown in the table:
| Transport block length indication (6 bit) | HARQ process number (2 bit) | Re-transmission sequence number (2 bit) |
Wherein transport block length indication (E-TFCI) is used to indicate E-DCH transport block length and modulation system, and in the TD-SCDMA system, transport block length is according to the E-DCH physical layer ability classification customization of UE; Identical E-TFCI means different values concerning the UE of different ability classifications; With the non-scheduling service among the E-DCH is example, under the situation of distributing 1 time interval resource, if UE indicates E-TFCI=63 in E-UCCH; For E-DCH physical layer ability classification 1 UE; Mean that transport block length is 1346, use QPSK (Quadrature Phase Shift Keying, QPSK) modulation system; And be 3 UE for the ability classification, mean that transport block length is 2720, use 16QAM (16Quadrature Amplitude Modulation, 16 quadrature amplitude modulation) mode (can with reference to 3GPP agreement 25.321).And according to existing RRC signaling process, UE is that (being the step 103 of Fig. 1) sends to RNC with the wireless access capability information (wherein comprising E-DCH ability classification and HSDPA ability classification) that goes up oneself in the RRC connection setup complete message.And Node B just knows the real ability classification of UE after reception RNC is to the radio link reconfiguration message of this UE.For the transmission of RRC connection setup complete message itself, can cause network side not know the ability classification of UE and carry out wrong decoding.
Such problem also can appear among the HSDPA.3GPP strengthens CELL_FACH (sub-district _ forward access channel) state; Introduced the HSDPA technology; Like this, support the UE of HSDPA initiating on the HSDPA channel, receiving downlink signaling behind the RRC connection request, comprise that RRC connects to set up message (step 102 among Fig. 1).In the TD-SCDMA system, when carrying out the HSDPA transmission, Node B need pass through HS-SCCH (High-Speed Shared Control Channel) Channel Transmission descending control signaling, and signaling thes contents are as follows shown in the table:
| Code channel (8 bit) | Time slot (5 bit) | Modulation system (1 bit) | Transport block length indication (6 bit) | HARQ process number (3 bit) | Redundancy versions (3 bit) | New data indication (1 bit) | Sequence number (3 bit) |
Wherein, code channel and gap information indication UE is about to HS-PDSCH (high-speed downstream Physical Shared Channel) channel resource of reception; Modulation system and transport block length indication transformat.After receiving HS-SCCH, after the time, UE receives data on the HS-PDSCH of appointment channel in predetermined timing.The code channel of the last indication of HS-SCCH, time interval resource all should satisfy the physical layer ability of UE, and the corresponding transport block length value of transport block length indication is also because of the ability of UE different (can with reference to 3GPP agreement 25.321) in addition.Node B can not cause invalid scheduling because knowing the ability of UE.
Above problem also can occur in the WCDMA system, after particularly WCDMA has introduced the CELL_FACH enhancement techniques, some support the UE of HSDPA can't support because the ability classification crosses low CELL_FACH strengthen in the retransmission mechanism of regulation.If network side can be known the ability of UE in advance, the UE lower for the ability classification can select other channels, transmits signaling like FACH (forward access channel) for UE.
In sum, use HSPA command transmitting radio bearer and not only can improve the signaling propagation delay time greatly, improve user experience, and can improve resource utilization through using HSPA shared channel technology.But; For the initialization signaling transmit stage; If signaling is transmitted on HSPA, owing to network side is not known the ability classification of UE and the situation of mistake scheduling or invalid decoding occurred, and the initialization signaling transmission directly affects the satisfaction of user to network; Thereby need solve existing problem as early as possible, optimize the signaling transmission.
Summary of the invention
The technical problem that the present invention will solve just provides a kind of method at HSPA channel Signaling Radio Bearer; When the solution initialization signaling transmits on HSPA; Owing to network side is not known the ability classification of UE and the situation of invalid scheduling or decoded in error occurred, optimize the signaling transmission.
In order to solve the problems of the technologies described above; The present invention provides a kind of method at the high-speed packet access signal channel transmitting signaling wireless bearing; UE carries the indication information of whether supporting the HSPA ability when sending initialization signaling, if support HSPA, also will carry HSPA physical layer ability classification information simultaneously.
Further, the cell update request message that sends when to be RRC connection request message or the UE that is in connection status through district reselecting get into new sub-district of said initialization signaling.
Further, the value of the indication information of HSPA ability is one of following three kinds: do not support HSPA, only support HSDPA, support HSDPA and E-DCH;
If wherein UE supports HSDPA, in described RRC connection request or cell update request message, carry HSDPA physical layer ability classification information so;
If UE supports E-DCH, in described RRC connection request or cell update request message, carry E-DCH physical layer ability classification information so.
Further, network side is that UE confirms resource distribution according to the HSPA ability classification in the initialization signaling after receiving the initialization signaling of UE transmission, and behind the entering HSPA reiving/transmitting state, the sending and receiving both sides resolve transmission parameter, transceive data according to the HSPA ability of UE.
Further, comprise the steps: when the initial uplink signaling is transmitted if need on E-DCH, carry out
(A) RNC is that UE disposes non-dispatch E-DCH resource according to the E-DCH physical layer ability classification of UE, and connects through RRC and to set up message or the cell update acknowledge message sends to UE;
(B) UE confirms the transport block length indicated value according to the E-DCH physical layer ability classification of oneself; And on the resource that RNC authorizes, send the transmission parameter that comprises said transport block length indicated value and give Node B, and send response message through the E-DCH packet and give network side through the E-UCCH channel;
(D) Node B resolves the transport block length indicated value in the transmission parameter among the E-UCCH according to the E-DCH physical layer ability classification of UE, and demodulation sign indicating number E-DCH packet.
Further, said step (A) also comprises:
RNC sets up Radio Link through Iub interface (interface in the 3G communication system between Node B and the RNC) Node B applying portion protocol requirement Node B for this UE, wherein with information that goes up the E-DCH radio bearer and the E-DCH physical layer ability classification information of UE; Node B returns response after accomplishing configuration.
Further, comprise the steps: if need on HSDPA, transmit when the initial downlink signaling is transmitted
(a) RNC sends the initialization signaling data of pointing to certain UE to Node B, indicates the HSDPA ability classification of this UE simultaneously to Node B;
(b) Node B confirms HS-PDSCH physical resource and transformat according to the ability classification of UE, and will send to UE through the HS-SCCH channel; On corresponding HS-PDSCH channel, send data in 3G communication system predetermined timing after time; Said transformat comprises transport block length;
(c) after UE detects the HS-SCCH channel that points to oneself, resolve transport block length information wherein, and on corresponding HS-PDSCH channel, receiving data after system's predetermined timing time according to the HSDPA physical layer ability classification of oneself.
Further, said step (a) comprising:
RNC sends HS-DSCH (high-speed downlink shared transmission channel) Frame through Iub mouth public media access control flow to Node B; Data division wherein comprises the RRC connection and sets up message data stream or cell update acknowledge message data flow, and the frame head part is also with the ability classification that goes up UE.
Further, said step (b) comprising:
Node B is the UE scheduling resource, confirms transmission parameter according to ability classification and the data volume of UE, comprises HS-PDSCH resource size, transport block length and modulation system, and these parameters are sent to UE through the HS-SCCH channel.
The present invention makes network side (RNC and Node B) obtain the HSPA physical layer ability classification of UE in the very first time through strengthening existing 2 RRC message; Make ensuing signaling transmission can pass through the HSPA Channel Transmission; Obtain high transmission rate, improve user experience.The present invention is limited to the bit number that these 2 RRC message increase, simple possible.
Description of drawings
Fig. 1 is the typical RRC signaling process figure that UE initiates connection request in the prior art;
Fig. 2 is the UE of the embodiment of the invention and the workflow diagram of network side;
Fig. 3 is the flow chart that application example of the present invention carries out up signaling transmission;
Fig. 4 is the flow chart that application example of the present invention carries out the downlink signaling transmission;
Fig. 5 is the flow chart that carries out the downlink signaling transmission after the application example district reselecting of the present invention.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is elaborated.
As shown in Figure 2, the embodiment of the invention comprises the steps:
Wherein, the cell update request message that sends when to be RRC connection request message or the UE that is in connection status through district reselecting get into new sub-district of said initialization signaling.
The value of the indication information of HSPA ability is one of following three kinds: do not support HSPA, only support HSDPA, support HSDPA and E-DCH.
If wherein UE supports HSDPA, in described RRC connection request or cell update request message, carry HSDPA physical layer ability classification information so;
If UE supports E-DCH, in described RRC connection request or cell update request message, carry E-DCH physical layer ability classification information so;
Comprise the steps: when (one) up initialization signaling being mapped to the last transmission of E-DCH for needs
(A) RNC is that UE disposes non-dispatch E-DCH resource according to the E-DCH physical layer ability classification of UE, and connects through RRC and to set up message and send to UE;
(B) after UE accomplishes configuration; Send up signaling through the E-DCH resource; UE confirms the transport block length indicated value according to the E-DCH physical layer ability classification of oneself, and on authorized E-DCH resources, comprises said transmission parameter through the transmission of E-UCCH channel, comprising the transport block length indicated value; Give Node B, and send the E-DCH packet and give Node B;
(D) Node B resolves transmission parameter among the E-UCCH according to the E-DCH physical layer ability classification of UE: transport block length indicated value, and demodulation sign indicating number E-DCH packet.
(2) for the situation that need downlink signaling be mapped to HSDPA:
(a) RNC sends the Iub Frame to Node B, and data division wherein comprises the RRC connection and sets up signaling, and this Frame has the HSDPA physical layer ability classification of UE simultaneously;
(b) Node B confirms HS-PDSCH physical resource configuration (comprising code channel resource and time interval resource) according to the ability classification of UE, and definite transformat (comprising transport block length and modulation system), and these transmission parameters are sent to UE through the HS-SCCH channel; On corresponding HS-PDSCH channel, send data in 3G communication system predetermined timing after time;
(c) after UE detects the HS-SCCH channel that points to oneself, resolve transmission parameter wherein, comprise transport block length information, and on corresponding HS-PDSCH channel, receiving data after system's predetermined timing time according to the HSDPA physical layer ability classification of oneself.
Be that example is set forth in more detail with the TD-SCDMA system below.
E-DCH is ability possible configuration when UE is in CELL_DCH (CELL _ DCH) state only, and as shown in Figure 3, a typical Signalling exchange flow process comprises the steps:
Step 301; UE initiates the RRC connection request through RACH (Random Access Channel, RACH), is with and sets up reason, type of call and HSPA support indication; Should suppose that UE supports HSPA with instance; Like this, according to thought of the present invention, UE also need be with HSDPA physical layer ability classification and E-DCH physical layer ability classification; Table 1 is the RRC connection request message after increase HSDPA physical layer ability classification and the E-DCH physical layer ability classification; HSDPA physical layer ability classification takies 4 bits, E-DCH physical layer ability classification and takies 3 bits (by existing RRC agreement, HSDPA physical layer ability classification and E-DCH physical layer ability classification respectively take 6 bits, in fact need not so many bits; From practicing thrift the angle of space interface signaling, suggestion uses 4bits and 3bits to report the ability classification of HSDPA and E-DCH respectively):
The formation of table 1RRC connection request message
| Information element (IE) | Whether essential | Remarks |
| Type of message | MP (essential) | |
| Radio bearer IE | ||
| (omission) | ||
| The UE information element | ||
| Initial UE identification | MP | |
| Set up reason | MP | |
| (omission) | ||
| Type of call | Circuit domain is essential | |
| The indication of UE ability | OP (optional) | Do not send: HSPA is not supported in expression; 0: support HSDPA; 1: support HSDPA and E-DCH |
| HSDPA physical layer ability classification | CV_HSDPA (under the situation of supporting HSDPA, carrying this IE) | Integer 1-15 |
| E-DCH physical layer ability classification | CV_E-DCH (under the situation of supporting E-DCH, carrying this IE) | Integer 1-5 |
| The metrical information element | ||
| (omission) |
Step 302, the RRM of RNC (RRM) algorithm decision be UE CELL_DCH (CELL _ DCH) state of moving into, and decision is UE configuring E-DCH non-scheduling resource, makes up signaling on E-DCH, to transmit, and accelerates the signaling connection procedure; RNC need consider the E-DCH physical layer ability classification of UE when the physical resource that distributes the E-DCH non-scheduling service to be correlated with for UE; RNC is through Iub interface (interface between a kind of Node B and the RNC) NBAP (Node B ApplicationPart; Node B applying portion) protocol requirement Node B sets up Radio Link for this UE, wherein with going up relevant information of E-DCH radio bearer and the E-DCH physical layer ability classification information of UE;
The 3G communication system has defined 5 kinds of E-DCH physical layer ability classifications at present, and the capabilities limits of each ability classification correspondence is as shown in table 2, and the lowest capability classification is a classification 1.
Table 2E-DCH physical layer ability classification
| The E-DCH classification | The maximum timeslot number that every TTI supports | The maximum transmitted channel bit number that TTI can send |
| Classification 1 | 2 (only supporting the QPSK modulation) | ?2754 |
| Classification 2 | 3 (only supporting the QPSK modulation) | ?4162 |
| Classification 3 | 3 (supporting QPSK and 16QAM modulation) | ?8348 |
| Classification 4 | 4 (supporting QPSK and 16QAM modulation) | ?11160 |
| Classification 5 | 5 (supporting QPSK and 16QAM modulation) | ?11160 |
Step 303, Node B returns response after accomplishing configuration;
Step 304, RNC sends the RRC connection through the RRC agreement to UE and sets up message, wherein comprises Signaling Radio Bearer information, and wherein uplink transport channel is used the E-DCH channel;
Step 305; UE prepares loopback response message on new link after accomplishing channel configuration and link synchronization process; UE confirms the maximum transport block length that allows according to the E-DCH non-scheduling resource; And the actual size of consideration response message (being the RRC connection setup complete message in this example), confirm transport block length indication E-TFCI (selection course of E-DCH transport block length is identical with prior art) according to the E-DCH physical layer ability classification of oneself then; UE sends the RRC connection setup complete message on newly-built E-DCH link, E-UCCH control channel wherein carries the E-TFCI information relevant with HARQ; After receiving, Node B should resolve the parameter on the control channel with the E-DCH physical layer ability classification of UE; And according to these Control Parameter decodings E-DCH packet; Though what pointed out among the figure on E-DCH, to transmit is the RRC connection setup complete message; But be a common E-DCH packet concerning Node B, Node B transmits to RNC after decoding successfully;
Step 306, Node B transmits the E-DCH data that receive through Iub mouth E-DCH Frame Protocol to RNC; This data forwarding is resolved the RRC connection setup complete message that obtains this UE behind the rrc layer of RNC.
As shown in Figure 4, UE receives signaling through HSDPA, should only under the situation that following 2 conditions all satisfy, just can take place with instance:
1. network side is broadcasted " HS-DSCH public system information " (UE judges sub-district support CELL_FACH enhanced characteristic in view of the above) in cell system message;
2.UE support HSDPA to receive.
Above 2 conditions of hypothesis all satisfy in the following flow process.
Step 401; UE initiates the RRC connection request; Connect the ability indication of setting up reason, type of call (speech, video flowing etc.) and whether supporting HSPA with going up; In this example UE with on ability indication can be " only supporting HSDPA " or " supporting HSDPA and E-DCH ", UE also need be with HSDPA physical layer ability classification information; The HSDPA physical layer ability classification of UE is divided into 15 types among the TD-SCDMA, and is as shown in table 3:
Table 3HSDPA physical layer ability classification
| The HS-DSCH ability grade | The HS-PDSCH code channel that every time slot is maximum | The HS-PDSCH time slot that every TTI is maximum | The HS-DSCH transmission channel bit that TTI is maximum | Maximum soft channel bit |
| Rank 1 | 12 | ?5 | 7008 | 28160 |
| Rank 2 | 12 | ?5 | 7008 | 56320 |
| Rank 3 | 12 | ?5 | 7008 | 84480 |
| Rank 4 | 16 | ?5 | 7008 | 28160 |
| Rank 5 | 16 | ?5 | 7008 | 56320 |
| Rank 6 | 16 | ?5 | 7008 | 84480 |
| Rank 7 | 12 | ?5 | 10204 | 40944 |
| Rank 8 | 12 | ?5 | 10204 | 81888 |
| The HS-DSCH ability grade | The HS-PDSCH code channel that every time slot is maximum | The HS-PDSCH time slot that every TTI is maximum | The HS-DSCH transmission channel bit that TTI is maximum | Maximum soft channel bit |
| Rank 9 | 12 | ?5 | 10204 | 122832 |
| Rank 10 | 16 | ?5 | 10204 | 40944 |
| Rank 11 | 16 | ?5 | 10204 | 81888 |
| Rank 12 | 16 | ?5 | 10204 | 122832 |
| Rank 13 | 16 | ?5 | 14043 | 56320 |
| Rank 14 | 16 | ?5 | 14043 | 112640 |
| Rank 15 | 16 | ?5 | 14043 | 168960 |
RRC connection request message after the increase HSDPA physical layer ability classification is as shown in table 1;
Step 402; RNC admit control decision to allow UE to insert and decision with the UE CELL_FACH state of moving into; If the HSDPA physical layer ability classification of UE shows that can be supported in CELL_FACH receives HSDPA (this is can not under the CELL_FACH state, receive the HS-DSCH channel because system may define the UE of some HSDPA classification) down; RNC is through the public MAC of Iub mouth (Media Access Control; The medium access control) flows to Node B and send Frame, wherein comprise the RRC connection and set up message data stream, wherein also with the ability classification that goes up UE.Though having pointed out this among the figure is that message is set up in a RRC connection, is that common HS-DSCH goes up the data of transmission for Node B;
Step 403, Node B is the UE scheduling resource, confirms transmission parameter according to ability classification and the data volume of UE, comprises HS-PDSCH resource size, transport block length and modulation system, and these parameters are sent to UE through the HS-SCCH channel;
Step 404; UE receives the HS-SCCH channel that points to oneself; Resolve Control Parameter wherein, should resolve according to own ability classification, and receive the data on the HS-PDSCH of Node B transmission in 3G communication system predetermined timing after the time for the transport block length value;
Step 405, UE sends response message (being the RRC connection setup complete message in this example) through the RACH channel to RNC.
As shown in Figure 5, described how to receive signaling and data after the UE that is in connection status gets into a new sub-district through district reselecting through HSDPA; The same with application example shown in Figure 4, present embodiment is just meaningful under the situation of sub-district support CELL_FACH enhanced characteristic and UE support HSDPA reception:
Step 501, UE initiates the cell update request through district reselecting; In prior protocols; When UE initiates cell update in new sub-district with on oneself whether support the ability indication of HSPA; In the present invention, UE also need carry HSDPA physical layer ability classification information, and the HSDPA resource of new sub-district easy to use like this receives signaling and data; (if support E-DCH to send, UE can also be with E-DCH physical layer ability classification, and the embodiment principle that subsequent process and Fig. 3 are corresponding is similar, simplifies in this example and does not do explanation);
Cell update message after the increase HSDPA physical layer ability classification is as shown in table 4:
The formation of table 4 cell update request
| Information element | Whether essential | Remarks |
| Type of message | MP (essential) | |
| The UE information element | ||
| ... (omission) | ||
| The indication of UE ability | OP (optional) | Do not send: HSPA is not supported in expression; 0: support HSDPA; 1: support HSDPA and E-DCH |
| HSDPA physical layer ability classification | CV_HSDPA (under the situation of supporting HSDPA, carrying this IE) | Integer 1-15 |
| Measurement result | ||
| ... (omission) |
Step 502 after RNC finds that UE supports HSDPA, can directly be given Node B through the signaling data that Iub mouth HS-DSCH Frame Protocol transmission cell update is confirmed according to the ability classification of UE; RNC passes through Frame Protocol when Node B sends this signaling data, the ability classification information of also carrying UE; Though having pointed out this among the figure is a cell update acknowledge message, be that common HS-DSCH goes up the data of transmission for Node B, Node B gives UE with transparent forwarding;
Step 503, Node B is the UE scheduling resource, confirms transmission parameter according to ability classification and the data volume of UE, comprises HS-PDSCH resource size, transport block length and modulation system, and these parameters are sent to UE through the HS-SCCH channel;
Step 504; UE receives the HS-SCCH channel that points to oneself; Resolve Control Parameter wherein, resolve transport block length field wherein, and receive the data on the HS-PDSCH of Node B transmission in 3G communication system predetermined timing after the time according to own ability classification;
Step 505, UE sends response message (this example assumes is that radio bearer is set up completion message) to RNC.
The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation, and protection scope of the present invention is as the criterion with claim.
Claims (9)
1. method that inserts HSPA channel Signaling Radio Bearer in high-speed packet; It is characterized in that; User equipment (UE) carries the indication information of whether supporting the HSPA ability when sending initialization signaling, if support HSPA, also will carry HSPA physical layer ability classification information simultaneously; Network side is that UE confirms resource distribution according to the HSPA ability classification in the initialization signaling after receiving the initialization signaling of UE transmission, and behind the entering HSPA reiving/transmitting state, the sending and receiving both sides resolve transmission parameter, transceive data according to the HSPA ability of UE; If comprise the steps: in the time of need on strengthening dedicated channel E-DCH, carrying out the transmission of initial uplink signaling
(A) radio network controller (RNC) is that UE disposes non-dispatch E-DCH resource according to the E-DCH physical layer ability classification of UE, and connects through radio resource control RRC and to set up message or the cell update acknowledge message sends to UE;
(B) UE confirms the transport block length indicated value according to the E-DCH physical layer ability classification of oneself; And on the resource that RNC authorizes, send the transmission parameter that comprises said transport block length indicated value and give base station node B, and send response message through the E-DCH packet and give network side through enhanced uplink control channel E-UCCH channel;
(D) Node B resolves the transport block length indicated value in the transmission parameter among the E-UCCH according to the E-DCH physical layer ability classification of UE, and demodulation sign indicating number E-DCH packet.
2. method according to claim 1 is characterized in that, the cell update request message that said initialization signaling sends when to be radio resource control RRC connection request message or the UE that is in connection status through district reselecting get into new sub-district.
3. method according to claim 2 is characterized in that, the value of the indication information of HSPA ability is one of following three kinds: do not support HSPA, only support high-speed downlink packet access HSDPA, support HSDPA and strengthen dedicated channel E-DCH;
If wherein UE supports HSDPA, in described RRC connection request or cell update request message, carry HSDPA physical layer ability classification information so;
If UE supports E-DCH, in described RRC connection request or cell update request message, carry E-DCH physical layer ability classification information so.
4. method according to claim 1 is characterized in that, said step (A) also comprises:
RNC sets up Radio Link through Iub interface Node B applying portion protocol requirement Node B for this UE, wherein with information that goes up the E-DCH radio bearer and the E-DCH physical layer ability classification information of UE; Node B returns response after accomplishing configuration.
5. method that inserts HSPA channel Signaling Radio Bearer in high-speed packet; It is characterized in that; User equipment (UE) carries the indication information of whether supporting the HSPA ability when sending initialization signaling, if support HSPA, also will carry HSPA physical layer ability classification information simultaneously; Network side is that UE confirms resource distribution according to the HSPA ability classification in the initialization signaling after receiving the initialization signaling of UE transmission, and behind the entering HSPA reiving/transmitting state, the sending and receiving both sides resolve transmission parameter, transceive data according to the HSPA ability of UE; If comprise the steps: in the time of need on high-speed downlink packet access HSDPA, transmitting the transmission of initial downlink signaling
(a) radio network controller (RNC) sends the initialization signaling data of pointing to certain UE to base station node B, indicates the HSDPA ability classification of this UE simultaneously to Node B;
(b) Node B confirms high-speed downstream Physical Shared Channel HS-PDSCH physical resource and transformat according to the ability classification of UE, and will send to UE through the high-speed shared control channel HS-SCCH channel; On corresponding HS-PDSCH channel, send data in 3G communication system predetermined timing after time; Said transformat comprises transport block length;
(c) after UE detects the HS-SCCH channel that points to oneself, resolve transport block length information wherein, and on corresponding HS-PDSCH channel, receiving data after system's predetermined timing time according to the HSDPA physical layer ability classification of oneself.
6. method according to claim 5 is characterized in that, the cell update request message that said initialization signaling sends when to be radio resource control RRC connection request message or the UE that is in connection status through district reselecting get into new sub-district.
7. method according to claim 6 is characterized in that, the value of the indication information of HSPA ability is one of following three kinds: do not support HSPA, only support high-speed downlink packet access HSDPA, support HSDPA and strengthen dedicated channel E-DCH;
If wherein UE supports HSDPA, in described RRC connection request or cell update request message, carry HSDPA physical layer ability classification information so;
If UE supports E-DCH, in described RRC connection request or cell update request message, carry E-DCH physical layer ability classification information so.
8. method according to claim 5 is characterized in that, said step (a) comprising:
RNC sends the high-speed downlink shared transmission channel HS-DSCH Frame through Iub mouth public media access control flow to Node B; Data division wherein comprises the RRC connection and sets up message data stream or cell update acknowledge message data flow, and the frame head part is also with the ability classification that goes up UE.
9. method according to claim 5 is characterized in that, said step (b) comprising:
Node B is the UE scheduling resource, confirms transmission parameter according to ability classification and the data volume of UE, comprises HS-PDSCH resource size, transport block length and modulation system, and these parameters are sent to UE through the HS-SCCH channel.
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| WO2011035488A1 (en) * | 2009-09-27 | 2011-03-31 | 华为技术有限公司 | Method and apparatus for signaling transmission |
| CN102340871B (en) * | 2010-07-20 | 2016-06-29 | 中兴通讯股份有限公司 | The distribution method of hybrid automatic repeat request process and device |
| CN102740486B (en) * | 2011-04-02 | 2017-06-23 | 中兴通讯股份有限公司 | A kind of method and system of scheduling of resource and a kind of terminal |
| CN103002513A (en) * | 2011-09-14 | 2013-03-27 | 中兴通讯股份有限公司 | TSN (transmission sequence number) length configuration method and system |
| EP2871882B1 (en) * | 2012-07-31 | 2021-10-20 | Nokia Technologies Oy | Memory allocation method and system, user equipment, and network device |
| WO2015018094A1 (en) * | 2013-08-09 | 2015-02-12 | 华为技术有限公司 | Message transmission method and device |
| US10673504B2 (en) | 2015-03-27 | 2020-06-02 | Xi'an Zhongxing New Software Co., Ltd. | Transmission parameter determination method and apparatus |
| CN107295678B (en) * | 2016-04-01 | 2022-05-13 | 夏普株式会社 | Base station, user equipment and related method |
| CN113676896B (en) | 2017-05-05 | 2023-01-06 | 华为技术有限公司 | Communication method and related equipment |
| JP7385648B2 (en) * | 2018-08-09 | 2023-11-22 | オッポ広東移動通信有限公司 | Capacity reporting methods and devices |
| CN112312583B (en) * | 2019-07-29 | 2022-10-04 | 大唐移动通信设备有限公司 | Information receiving and sending method, terminal and network equipment |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1852605A (en) * | 2005-12-27 | 2006-10-25 | 华为技术有限公司 | Method for configurating upward special transmission channel |
| CN1889751A (en) * | 2005-06-28 | 2007-01-03 | 上海原动力通信科技有限公司 | High-speed down block inserting service user terminal working method on multi-carrier cell |
-
2007
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1889751A (en) * | 2005-06-28 | 2007-01-03 | 上海原动力通信科技有限公司 | High-speed down block inserting service user terminal working method on multi-carrier cell |
| CN1852605A (en) * | 2005-12-27 | 2006-10-25 | 华为技术有限公司 | Method for configurating upward special transmission channel |
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