CN104023376A - Converging system for a plurality of wireless access networks and access network element - Google Patents

Abstract

The invention provides a converging system for a plurality of wireless access networks, a realizing method and an access network element thereof. The method comprises the steps of: establishing a connection with UE by an anchor RAN; receiving a RAB establishing request transmitted from a CN by the anchor; selecting an auxiliary RAN by the anchor RAN; and transmitting a QOS parameter by the anchor RAN to the auxiliary RAN so that the auxiliary RAN establishes connection with the UE according to the QOS parameter, and the anchor RAN keeps connection with the UE. The method provided by the embodiment of the invention realizes convergence of a plurality of RANs. The UE is simultaneously connected with the anchor RAN and the auxiliary RAN, and peak speed of the UE can be improved.

Description

A plurality of wireless access network paradigmatic systems and its implementation and access network elements

Technical field

The embodiment of the present invention relates to the communication technology, relates in particular to a kind of a plurality of wireless access network (Radio Access Network is called for short RAN) paradigmatic system and its implementation and access network elements.

Background technology

At universal mobile telecommunications system (Universal Mobile Telecommunications System, be called for short UMTS) and 3GPP Long Term Evolution project (Long Term Evolution, be called for short LTE) and code division multiple access (Code Division Multiple Access, abbreviation CDMA) in 200 networks, all introduce multi-carrier polymerizing technology and improved the subscriber equipment peak rate of (User Equipment is called for short UE).The quantity that is accompanied by carrier aggregation increases, and the peak rate of UE will reach another bottleneck.

So the peak rate that how further to improve UE is a problem demanding prompt solution.

Summary of the invention

The embodiment of the present invention provides a kind of a plurality of RAN paradigmatic system and its implementation and access network elements, can make UE communicate by letter with at least two RAN simultaneously, improves the peak rate of UE.

The embodiment of the present invention provides a kind of implementation method of a plurality of wireless access network paradigmatic systems, comprising:

The foundation of anchor point wireless access network is connected with subscriber equipment;

Described anchor point receives the RAB foundation request that core net sends;

Described anchor point wireless access network is selected auxiliary wireless access network;

Described anchor point wireless access network sends QoS parameter to described auxiliary wireless access network, described auxiliary wireless access network is connected according to described QoS parameter and described subscriber equipment, and described anchor point wireless access network keep and the connection of described subscriber equipment.

The embodiment of the present invention also provides a kind of implementation method of a plurality of wireless access network paradigmatic systems, and auxiliary wireless access network receives the QoS parameter that the anchor point wireless access network that connects with subscriber equipment sends;

Described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment.

The embodiment of the present invention also provides a kind of method of a plurality of wireless access network paradigmatic system transmission data that realize based on foregoing method, comprising:

Anchor point wireless access network receives the packet that subscriber equipment sends;

The packet that anchor point wireless access network sends the described subscriber equipment receiving, and described subscriber equipment sends to the packet combining being sended over by described auxiliary wireless access network after described auxiliary wireless access network, and by the Packet Generation after merging to core net.

The embodiment of the present invention also provides a kind of method of a plurality of wireless access network paradigmatic system transmission data that realize based on foregoing method, comprising:

Anchor point wireless access network receives the packet that core net sends;

Anchor point is determined the size of the packet of distributing to described auxiliary wireless access network, the packet receiving is split, determining that the Packet Generation distribute to described auxiliary wireless access network is to described auxiliary wireless access network, and determining that the Packet Generation of distributing to self is to subscriber equipment.

The embodiment of the present invention also provides a kind of method for releasing that adopts a plurality of wireless access network paradigmatic systems of foregoing method realization, comprising:

Anchor point wireless access network sends releasing request message to auxiliary wireless access network;

Described anchor point wireless access network receives the release response message that described auxiliary wireless access network sends;

Described anchor point wireless access network sends carrying release message to described subscriber equipment, indicates described subscriber equipment to discharge the carrying of described auxiliary wireless access network.

The embodiment of the present invention also provides with kind of a method for releasing for a plurality of wireless access network paradigmatic systems that the foregoing method of employing realizes, comprising:

Anchor point wireless access network sends releasing request message to auxiliary wireless access network;

Described anchor point wireless access network receives the release response message that described auxiliary wireless access network sends, and described release response message comprises the Radio Resource connection release message that described auxiliary wireless access network generates;

Described anchor point wireless access network sends to subscriber equipment by the signaling that direct transfers described Radio Resource connection release message.

The embodiment of the present invention also provides a kind of method for releasing that adopts a plurality of RAN paradigmatic systems of foregoing method realization, also comprises:

Anchor point wireless access network sends releasing request message to auxiliary wireless access network;

Described auxiliary wireless access network sends and discharges response message to described anchor point wireless access network, and sends releasing request message to subscriber equipment.

The embodiment of the present invention also provides a kind of anchor point wireless access network element, comprising:

Set up module, for setting up and being connected of subscriber equipment;

The first receiver module, the RAB foundation request sending for receiving core net;

Select module, for selecting auxiliary wireless access network;

The first processing module, for sending QoS parameter to described auxiliary wireless access network, described auxiliary wireless access network is connected according to described QoS parameter and described subscriber equipment, and after described auxiliary wireless access network and described subscriber equipment connect, keep with described subscriber equipment between be connected.

The embodiment of the present invention also provides a kind of auxiliary wireless access network element, comprising:

The 3rd receiver module, the QoS parameter sending for receiving the anchor point wireless access network that connects with subscriber equipment;

The second processing module, for according to described QoS parameter, connects with described subscriber equipment.

The embodiment of the present invention also provides a kind of a plurality of wireless access network paradigmatic system, comprises foregoing anchor point wireless access network element and foregoing auxiliary wireless access network element.

In the embodiment of the present invention, first anchor point RAN and UE connect, the RAB that receives CN transmission sets up after request, anchor point RAN selects auxiliary RAN, and send QOS parameter to auxiliary RAN, auxiliary RAN is connected according to QOS parameter and UE, and anchor point RAN being connected between maintenance and UE after auxiliary RAN connects with UE.Like this, realized the polymerization of a plurality of RAN, UE has set up and has been connected with auxiliary RAN with anchor point RAN simultaneously, can improve the peak rate of UE.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

Figure 1 shows that the flow chart of the implementation method embodiment mono-of a plurality of RAN paradigmatic systems of the present invention;

Figure 2 shows that the flow chart of the implementation method embodiment bis-of a plurality of RAN paradigmatic systems of the present invention;

Figure 3 shows that the flow chart of the embodiment of the method one that the present invention is based on a plurality of RAN paradigmatic system transmission data;

Figure 4 shows that the flow chart of the embodiment of the method two that the present invention is based on a plurality of RAN paradigmatic system transmission data;

Figure 5 shows that a kind of principle schematic of the present invention's a plurality of RAN polymerization implementation method and data transmission method;

Figure 6 shows that the implementation method of a plurality of RAN paradigmatic systems of the present invention and the another kind of principle schematic of transfer of data;

Figure 7 shows that a kind of Signalling exchange figure of embodiment of implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention;

Figure 8 shows that the another kind of Signalling exchange figure of embodiment of implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention;

Figure 9 shows that another Signalling exchange figure of embodiment of implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention;

Figure 10 shows that the structural representation of anchor point access network elements embodiment mono-of the present invention;

Figure 11 shows that the structural representation of anchor point access network elements embodiment bis-of the present invention;

Figure 12 shows that the structural representation of the auxiliary RAN network element embodiment mono-of the present invention;

Figure 13 shows that the structural representation of the auxiliary RAN network element embodiment bis-of the present invention;

Figure 14 shows that the structural representation of the auxiliary RAN network element embodiment tri-of the present invention;

Figure 15 shows that the structural representation of the auxiliary RAN network element embodiment tetra-of the present invention.

Embodiment

For making object, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.

The flow chart that is illustrated in figure 1 the implementation method embodiment mono-of a plurality of RAN paradigmatic systems of the present invention, comprising:

Step 101, anchor point RAN foundation are connected with UE's.

Step 102, anchor point RAN receive the RAB foundation request that CN sends.

Step 103, anchor point RAN select auxiliary RAN.This auxiliary RAN can adopt different access technologies from anchor point RAN, also can adopt identical access technology.

Step 104, anchor point RAN send quality of service (Quality of Service to auxiliary RAN, be called for short QOS) parameter, auxiliary RAN is connected according to QOS parameter and UE, and anchor point RAN keeps and being connected of described UE, anchor point RAN after assisting RAN to connect with UE, do not discharge with UE between be connected.

By step 101-104, anchor point RAN and at least one auxiliary RAN connect with UE simultaneously, have realized the polymerization of at least two RAN.

The flow chart that is illustrated in figure 2 the implementation method embodiment bis-of a plurality of RAN paradigmatic systems of the present invention, comprising:

Step 201, auxiliary RAN receive the QOS parameter that the anchor point RAN that connects with UE sends.Auxiliary RAN can adopt different access technologies from anchor point RAN, also can adopt identical access technology.

Step 202, auxiliary RAN, according to QOS parameter, connect with UE.

The flow chart that is illustrated in figure 3 the embodiment of the method one that the present invention is based on a plurality of RAN paradigmatic system transmission data, comprising:

Step 301, anchor point RAN receive the packet that UE sends;

The packet that step 302, anchor point RAN send the UE receiving, and UE sends to the packet combining being sended over by auxiliary RAN after auxiliary RAN, and by the Packet Generation after merging to CN.

The flow chart that is illustrated in figure 4 the embodiment of the method two that the present invention is based on a plurality of RAN paradigmatic system transmission data, comprising:

Step 401, anchor point RAN receive the packet that CN sends.

Step 402, anchor point are determined the size of the packet of distributing to auxiliary RAN, the packet receiving is split, determining that the Packet Generation of distributing to auxiliary RAN is to auxiliary RAN, and definite Packet Generation of distributing to self to UE.

Be illustrated in figure 5 a kind of principle schematic of the present invention's a plurality of RAN polymerization implementation method and data transmission method, in various embodiments of the present invention, UE communicates by letter with at least two RAN, one of them RNA is anchor point RAN (Anchor RAN), remaining RAN at least two RAN except anchor point RAN is auxiliary RAN (Secondary RAN), anchor point RAN and core net (Core Network is called for short CN) communication.Auxiliary RAN can directly communicate by letter with UE, also can communicate by letter with UE by anchor point RAN.

In an embodiment of the present invention, the RAN of participation polymerization can comprise Radio Resource control (Radio Resource Control is called for short RRC) module and user's face processing module.

RRC module is responsible for the QOS Parameter Mapping of service needed to become radio-resource-configuration, and manages the Radio Resource between UE and RAN.

User's face processing module can comprise one or more with in lower module: packet data polymerized agreement (Packet Date Convergence Protocol, abbreviation PDCP) module, wireless connection control (Radio Link Control, abbreviation RLC) straton piece, media access control (Media Access Control, be called for short MAC) straton piece and physical layer (Physical, be called for short PHY) straton piece etc., these modules are responsible for the data processing of user's face, the compression of IP bag and segmentation restructuring, and select physical channel to send packet.

Anchor point RAN receives the QOS parameter of business from CN, QOS parameter is split, and the QOS parameter after splitting is sent to auxiliary RAN, and auxiliary RAN can connect according to these QOS parameters and UE.

After auxiliary RAN connects with UE, anchor point RAN is distributed to the downlink data packet receiving from CN the auxiliary RAN of self and other, the upstream data inclusion that the auxiliary RAN of self and other is received also afterwards method send to CN.

Be illustrated in figure 6 the implementation method of a plurality of RAN paradigmatic systems of the present invention and the another kind of principle schematic of transfer of data, in this embodiment, anchor point RAN comprises QOS module, RRC module, PDCP module, rlc layer sub-block, MAC straton piece and PHY straton piece, and auxiliary RAN comprises RRC module, MAC straton piece and PHY straton piece.Auxiliary RAN can not carry out that RLC processes and PDCP processes, because do not comprise rlc layer sub-block and PDCP module in auxiliary RAN, the data in auxiliary RAN need to be carried out RLC processing and PDCP processes by anchor point RAN.Be equivalent to anchor point RAN and auxiliary RAN and share rlc layer sub-block and the PDCP module in anchor point RAN.

In another embodiment of the present invention, auxiliary RAN also can comprise MAC straton piece, PHY straton piece and rlc layer sub-block, and shares PDCP module with anchor point RAN.

Be illustrated in figure 7 a kind of Signalling exchange figure of embodiment of implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention, in this figure, with the land radio access web of UMTS (UMTS Terrestrial Radio Access Network is called for short UTRAN) for anchor point RAN, take the UTRAN (EUTRAN) of the evolution in LTE for assisting RAN to illustrate as example.Wherein, the implementation method of different systems RAN paradigmatic system can be as described below.

Step 501, UE and anchor point RAN connect.

For example, UE sets up RRC with anchor point RAN and is connected.In the process that UE and anchor point RAN connect, UE can report the measurement result to alternative RAN to anchor point RAN, and the wireless access capability information of UE in alternative RAN.What UE reported can comprise cell signal quality or the signal strength signal intensity of the alternative RAN that UE reports to the measurement result of alternative RAN.The wireless access capability information of UE in alternative RAN can comprise: the wireless capability message of UE when alternative RAN system works, such as RF capabilities information, physical layer ability information, measurement capability information etc.To the measurement result of alternative RAN, can be carried at RRC connects in the request of foundation.The wireless access capability information of UE in alternative RAN can be carried in RRC connection setup complete message.

Step 502, UE utilize the RRC setting up with anchor point RAN to be initially connected to CN and to send service request.

Step 503, CN send RAB (Radio Access Bearer to anchor point RAN, be called for short RAB) set up and ask, and to anchor point RAN send QOS parameter, encryption parameter and the parameters such as rlc layer parameter of having distributed at least one, wherein, QOS parameter can be carried in RAB foundation request.

Step 504, anchor point RAN adjudicate, upper if this service needed is based upon single RAN, do not need following step.If it is upper that this service needed is based upon at least two RAN, enter following steps.

Step 505, anchor point RAN select auxiliary RAN.

If in step 501, UE is in the process connecting with anchor point RAN, to anchor point RAN, reported the wireless access capability information in alternative RAN to the measurement result of alternative RAN and UE,, in step 505, anchor point RAN can select auxiliary RAN according to the measurement result of alternative RAN is come from alternative RAN.For example, if in the measurement result of certain alternative RAN that UE reports, cell signal quality or the signal strength signal intensity of this alternative RNA are greater than predetermined threshold value, can select this alternative RAN for auxiliary RAN.

If in step 501, UE is setting up in the process being initially connected with anchor point RAN, to anchor point RAN, do not report the measurement result to alternative RAN, in step 505, anchor point RAN can start cell signal quality or signal strength measurement are carried out in alternative RAN community, for example can start the measurement of the LTE network Zhong community to cooperating, and obtain measurement result.Anchor point RAN can, according to factors such as measurement result and loads, determine and select which RAN as auxiliary RAN.For example, the alternative RAN that anchor point RAN can select cell signal quality or signal strength signal intensity to be greater than predetermined threshold value is auxiliary RAN, or can select the low alternative RAN of load for auxiliary RAN.

In embodiment as shown in Figure 7, the EUTRAN in anchor point RAN selection LTE is as auxiliary RAN.

Step 506, anchor point RAN distribute the QOS parameter receiving in step 503, determine the QOS parameter of distributing to the QOS parameter of self and distributing to auxiliary RAN, and this QOS parameter is sent to auxiliary RAN; Or anchor point RAN can be determining that the QOS parameter distributing to auxiliary RAN converts to and the QOS parameter of assisting RAN to match.

A wherein total maximum bit rate (Aggregate Maximum Bit Rate with Qos parameter, be called for short AMBR) be example, anchor point RAN distributes identical AMBR value can to self and auxiliary RAN, all equal the AMBR value (being the AMRB value that anchor point RAN receives from core net) of business need, also the AMBR of business need can be divided equally to anchor point RAN and auxiliary RAN.

Step 507, anchor point RAN will determine that QOS parameter, enciphered message, at least one in the information such as rlc layer parameter information of assisting the wireless access capability information of RAN and the cell information of business and having distributed of UE of distributing to auxiliary RAN send to auxiliary RAN.If auxiliary RAN comprises rlc layer sub-block, anchor point RAN can not send rlc layer parameter information to auxiliary RAN.

Step 508, auxiliary RAN by and anchor point RAN between interface send for configuration UE in the message of the parameter of the link of auxiliary RAN to anchor point RAN.

For configuration UE, in the message of the parameter of the link of auxiliary RAN, comprise at least one in physical layer parameter, MAC parameter, rlc layer parameter and the PDCP layer parameter of auxiliary RAN of described UE, also comprise signalling path configuration information.Wherein, physical layer parameter, MAC parameter, rlc layer parameter and the PDCP layer parameter of UE in auxiliary RAN can be by auxiliary RAN according to the QOS gain of parameter receiving.

Step 509, anchor point RAN will send to UE in the message of the parameter of the link of described auxiliary RAN for configuration UE.

Owing to comprising signalling path configuration information for configuration UE in the message of the parameter of the link of auxiliary RAN, UE receives for configuration UE after the message of the parameter of the link of described auxiliary RAN, just can and auxiliary RAN between set up direct signalling path.

Step 510, UE send UE and are assisting the link establishment response message of RAN to auxiliary RAN.

After process step 509, UE can be according to setting up direct signalling path between signalling path information and auxiliary RAN, if this signalling path establishes, so in step 510, UE just can directly send UE and assist the link establishment response message of RAN to auxiliary RAN, and without forwarding through anchor point RAN.

Step 511, auxiliary RAN send response message (Response) to anchor point RAN, can comprise the initial flow-control information that auxiliary RAN distributes in this response message.In initial Flow Control message, can comprise the cache size that auxiliary RAN distributes.

Through after step 511, being connected between UE and anchor point RAN and auxiliary RAN all established, and anchor point RAN is being connected of maintenance always and UE also.If there is service needed to carry out, UE can communicate by letter with the Access Network of these two different systems simultaneously.

In this embodiment, after auxiliary RAN connects with UE, anchor point RAN is also connected with UE maintenance, and can not discharge with UE between be connected, between the Access Network that UE just can be by two different systems like this and core net, communicate by letter.Until between anchor point RAN and UE be connected and auxiliary RAN and UE between be connected requested release time, these two connections just can be released.

And, in this embodiment, anchor point RAN communicates by letter with a core net, auxiliary RAN can not communicate by letter with an other core net, but by anchor point RAN, communicate by letter with the core net being connected with anchor point RAN, auxiliary RAN play one by the packet auxiliary transmission of UE to core net, effect by the packet auxiliary transmission of core net to UE, between auxiliary RAN and core net not about the connection of this UE.

The method that the different systems RAN paradigmatic system of setting up based on above-mentioned steps is carried out transfer of data can comprise the steps 512-513.

Step 512, UE send packet to anchor point RAN and auxiliary RAN, auxiliary RAN by Packet Generation to anchor point RAN.

Step 513, anchor point RAN will send to CN after the packet of auxiliary RAN and the packet combining of self.

Step 512 and step 513 have illustrated that how UE sends packet to CN by the RAN of two different systems simultaneously.

If CN need to send packet to UE, can adopt following step 514-515:

Step 514, CN send packet to anchor point RAN.

The initial flow-control information receiving before step 515, anchor point RAN basis, the packet that CN is sended over splits, and determines the size of the packet that is distributed to auxiliary RAN, and concurrent definite Packet Generation being sent by auxiliary RAN is to auxiliary RAN.Particularly, anchor point RAN can be according to the initial flow-control information carrying in the response message of auxiliary RAN, determine the buffer status of auxiliary RAN, the buffer status of auxiliary RAN and the buffer status of self are contrasted, according to buffer memory reduced value, determine the size of the packet sending on two RAN.

Step 516, anchor point RAN and auxiliary RAN respectively by Packet Generation to UE.

The method for releasing of above-mentioned different systems RAN system, can adopt following step 517-519:

Step 517, anchor point RAN send releasing request message to auxiliary RAN.

Step 518, auxiliary RAN send and discharge response message to anchor point RAN.

Step 519, anchor point RAN send carrying release message to UE, and this carrying release message indication needs to discharge the carrying of auxiliary RAN.

It should be noted that, in the embodiment shown in Fig. 7, in order to realize the polymerization of different systems RAN, not all step all needs order to be finished, and these steps can be adjusted, and place of execution selectively.For example,, if UE only need to send packet to CN, without execution step 514-516.If do not need to discharge auxiliary RAN, can not perform step 517-519.

The different systems RAN polymerization that previous embodiment of the present invention provides, first by anchor point RAN and UE, connected, the RAB that anchor point RAN receives CN transmission sets up after request, selects auxiliary RAN, to auxiliary RAN, send QOS parameter, auxiliary RAN is connected according to QOS parameter and UE.Like this, realized the polymerization of the RAN of different systems, UE has set up and has been connected with auxiliary RAN with anchor point RAN simultaneously, can improve the peak rate of UE.

Be illustrated in figure 8 the another kind of Signalling exchange figure of embodiment of implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention, wherein, anchor point RAN is its (Radio Network Controller of wireless network control, be called for short RNC), auxiliary RAN is the base station (eNB) in LTE.In this embodiment, the implementation method of different systems RAN paradigmatic system comprises:

Step 601-step 607 is identical with step 501-507 respectively.

This embodiment from as the difference part of the implementation method of different systems RAN paradigmatic system in Fig. 7, be: in this embodiment, auxiliary RAN is different with embodiment as shown in Figure 7 with the method that UE connects.

In embodiment as shown in Figure 8, the method that auxiliary RAN and UE connect comprises:

Step 608, auxiliary RAN by and anchor point RAN between interface send for configuration UE in the message of the parameter of the link of auxiliary RAN to anchor point RAN.Should in the message of the parameter of the link of auxiliary RAN, comprise at least one in physical layer parameter, MAC parameter, rlc layer parameter and the PDCP layer parameter of auxiliary RAN of described UE for configuration UE.Should in the message of the parameter of the link of auxiliary RAN, can be descending direct-sending message for configuration UE.

Step 609, anchor point RAN will send to UE in the message of the parameter of the link of described auxiliary RAN for configuration UE.

Step 610, UE send UE and are assisting the link establishment response message of RAN to anchor point RAN.In this embodiment, for configuration UE, in the parameter of the link of described auxiliary RAN, do not comprise signalling path configuration information, therefore UE cannot and auxiliary RAN between set up direct signalling path, therefore UE sends to anchor point RAN the link establishment response message at auxiliary RAN, by anchor point RAN, forwards this message to auxiliary RAN.Wherein, UE can be up direct-sending message at the link establishment response message of auxiliary RAN.

Step 611, anchor point RAN send UE and are assisting the link establishment response message of RAN to auxiliary RAN.

Step 612, auxiliary RAN send response message to anchor point RAN, can comprise the initial flow-control information that auxiliary RAN distributes in this response message.

In embodiment as shown in Figure 8, the method for release connection is also different from embodiment as shown in Figure 7, specifically comprises:

Step 613, anchor point RAN send releasing request message to auxiliary RAN.

Step 614, auxiliary RAN send and discharge response message to anchor point RAN, discharge the Radio Resource connection release message that response message comprises that auxiliary RAN generates.

Step 615, anchor point RAN, by descending direct-sending message (UU Signalling Direct Transfer), send to UE Radio Resource connection release message.

In this embodiment, the method for releasing of different systems RAN paradigmatic system also can be applied in the system of method foundation as shown in Figure 7.

Another the Signalling exchange figure of embodiment that is illustrated in figure 9 implementation method, data transmission method and the Connection Release method of a plurality of RAN paradigmatic systems of the present invention, wherein, anchor point RAN is RNC, auxiliary RAN is the eNB in LTE.

Step 701-step 707 is identical with step 501-507 respectively.

Embodiment is as shown in Figure 9 from the difference part of embodiment as shown in Figure 7: the method that in embodiment as shown in Figure 9, auxiliary RAN and UE connect is different with embodiment as shown in Figure 7.

In embodiment as shown in Figure 9, the method that auxiliary RAN and UE connect comprises:

Step 708, auxiliary RAN send beep-page message (Paging) to UE, and this beep-page message can directly send to UE or forward by anchor point RAN.

Step 709, UE respond beep-page message, and according to QOS parameter, set up RRC with auxiliary RAN and be connected.

Step 710, auxiliary RAN utilize this RRC to connect with UE and set up and assist the radio bearer of RAN to be connected.

Step 711, auxiliary RAN send response message to anchor point RAN, and this response message comprises the initial flow-control information that auxiliary RAN distributes.

The method that this auxiliary RAN in embodiment as shown in Figure 9 and UE connect is actually by beep-page message and triggers and assist RAN and UE to connect.

The different systems RAN paradigmatic system of setting up for the step based on as shown in Figure 9, the method for release connection can comprise:

Step 712, anchor point RAN send releasing request to auxiliary RAN.

Step 713, auxiliary RAN send and discharge response to anchor point RAN, and send releasing request message to UE.

The method for releasing of different systems RAN paradigmatic system as shown in Figure 9 also can be applied in the different systems RAN paradigmatic system that embodiment as shown in Figure 7 and Figure 8 sets up.

Be the structural representation of anchor point access network elements embodiment mono-of the present invention as shown in figure 10, this network element comprises sets up module 11, the first receiver module 12, selection module 13 and the first processing module 14.Wherein, set up module 11 for building on the connection of UE.The RAB foundation request that the first receiver module 12 sends for receiving CN.Select module 13 to be connected with the first receiver module 12, for receive the RAB of CN transmission at the first receiver module 12, set up after request, select auxiliary RAN.The first processing module 14 is connected with selecting module 13, for sending QOS parameter to auxiliary RAN, makes to assist RAN to connect according to QOS parameter and UE, and after auxiliary RAN and UE connect, being connected between maintenance and UE.

In this embodiment, select module 13 specifically can obtain measurement result for starting the measurement to alternative RAN community, according to measurement result, from alternative RAN, select auxiliary RAN.For example, the alternative RAN that anchor point RAN can select cell signal quality or signal strength signal intensity to be greater than predetermined threshold value is auxiliary RAN.

As shown in figure 11 for the structural representation of anchor point access network elements embodiment bis-of the present invention, this network element also comprises the second receiver module 15 on the basis of network element as shown in figure 10, with set up module 11 and select module 13 to be connected, for setting up module 11 and build on the process of the connection of UE, receive the measurement result of alternative RAN and/or the wireless access capability information of described alternative RAN that UE reports.Select the measurement result that module 13 can receive according to the second receiver module to select auxiliary RAN.

In embodiment as shown in Figure 10 or 11, the first processing module 14 specifically can be determined the QOS parameter of distributing to auxiliary RAN for QOS parameter is distributed, and will determine that the QOS parameter of distributing to auxiliary RAN sends to auxiliary RAN.

Embodiment as shown in figure 11 can also comprise first data transmission module 16, data processing module 17 and the second data transmission module 18.First data transmission module 16 sends to for receiving packet and the UE of UE transmission the packet being sended over by auxiliary RAN after auxiliary RAN.Data processing module 17 is connected with first data transmission module 16, the packet sending for the UE that first data transmission module 16 is received, and UE sends to the packet combining being sended over by auxiliary RAN after auxiliary RAN.The second data transmission module 18 is connected with data processing module 17, for data processing module 17 is merged to Packet Generation afterwards to CN.

The packet that the second data transmission module 18 can also send for receiving CN.Data processing module 17 can also split the packet receiving for determining the size of the packet of distributing to auxiliary RAN, determining that the Packet Generation of distributing to auxiliary RAN is to first data transmission module 16.First data transmission module 16 can also be for the Packet Generation of distributing to auxiliary RAN that data processing module 17 is determined to auxiliary RAN, and determining that the Packet Generation of distributing to self is to UE.

In embodiment as shown in Figure 10 and Figure 11, the operation principle of modules can be referring to the description of preceding method embodiment.

Be the structural representation of the auxiliary RAN network element embodiment mono-of the present invention as shown in figure 12, this network element comprises the 3rd receiver module 31 and the second processing module 32.The QOS parameter that the 3rd receiver module 31 sends for receiving the anchor point RAN that connects with UE.The second processing module 32 is connected with the 3rd receiver module 31, for according to QOS parameter, connects with UE.

Be the structural representation of the auxiliary RAN network element embodiment bis-of the present invention as shown in figure 13, in this embodiment, the second processing module 32 comprises the first transmitting element 321 and the first receiving element 322.The first transmitting element 321, for sending for configuration UE in the message of the parameter of the link of auxiliary RAN to anchor point RAN, makes anchor point RAN for configuration UE, in the message of the parameter of the link of described auxiliary RAN, send to UE by described.Should in the message of the parameter of the link of auxiliary RAN, comprise at least one in physical layer parameter, MAC parameter, rlc layer parameter and the PDCP layer parameter of auxiliary RAN of described UE for configuration UE.The first receiving element 322, for receiving the UE of described anchor point RAN transmission at the link establishment response message of auxiliary RAN, the UE that anchor point RAN sends sends to described anchor point RAN at the link establishment response message of auxiliary RAN by described UE.

Be the structural representation of the auxiliary RAN network element embodiment tri-of the present invention as shown in figure 14, wherein the 3rd processing module comprises the second transmitting element 323 and the second receiving element 324.The second transmitting element 323, for receiving for configuration UE in the message of the parameter of the link of auxiliary RAN to anchor point RAN, makes described anchor point RAN for configuration UE, in the message of the parameter of the link of auxiliary RAN, send to UE by described.In this embodiment, for configuration UE, in the message of the parameter of the link of described auxiliary RAN, comprise at least one in physical layer parameter, MAC parameter, rlc layer parameter and the PDCP layer parameter of auxiliary RAN of described UE, also comprise signalling path configuration information.The second receiving element 324 is for receiving the described UE of UE transmission at the link establishment response message of auxiliary RAN.

Be the structural representation of the auxiliary RAN network element embodiment tetra-of the present invention as shown in figure 15, wherein the 3rd processing module comprises: the 3rd transmitting element 325, first is set up unit 326 and second and set up unit 327.The 3rd transmitting element 325 is for sending beep-page message to described UE.First sets up unit 326 is connected for setting up RRC with described UE.Second sets up unit 327 and first sets up unit 326 and is connected, and for setting up unit 326 and described UE described first, has set up after RRC is connected, and sets up radio bearer be connected with UE.

The operation principle of the modules of RAN network element as auxiliary in each in Figure 12-15, can be referring to the description of preceding method embodiment part.

The embodiment of the present invention also provides a kind of a plurality of RAN paradigmatic system, can comprise the anchor point RAN network element shown in aforementioned each embodiment and auxiliary RAN network element.Anchor point RAN network element all can be communicated by letter with UE with auxiliary RAN network element.This system, compared with prior art, can improve the peak rate of UE.

One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of program command, aforesaid program can be stored in a computer read/write memory medium, this program, when carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.

Finally it should be noted that: above embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.

Claims (57)

1. an implementation method for a plurality of wireless access network paradigmatic systems, is characterized in that, comprising:

Subscriber equipment and anchor point wireless access network connect;

Described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter; Described auxiliary wireless access network is selected by described anchor point wireless access network, and described QOS parameter is that described anchor point wireless access network is determined according to the QOS parameter receiving from core net and sends to described auxiliary wireless access network;

After described subscriber equipment and described auxiliary wireless access network connect, keep with described anchor point wireless access network between be connected.

2. method according to claim 1, is characterized in that, also comprises:

Described subscriber equipment reports the wireless access capability information in described alternative wireless access network to the measurement result of alternative wireless access network and UE to described anchor point wireless access network, so that anchor point wireless access network is selected described auxiliary wireless access network according to described subscriber equipment to the measurement result of alternative wireless access network.

3. method according to claim 2, it is characterized in that, described subscriber equipment connects report to described anchor point wireless access network the measurement result of alternative wireless access network is comprised: described subscriber equipment sends wireless connections to described anchor point wireless access network and sets up request, and the described wireless connections request of setting up comprises the measurement result to described alternative wireless access network.

4. method according to claim 1, is characterized in that, described subscriber equipment and auxiliary wireless access network connect and comprise according to quality of service QOS parameter:

Described subscriber equipment receive that described anchor point wireless access network sends for configuring described subscriber equipment in the parameter of the link of described auxiliary wireless access network, described for configure described subscriber equipment in the parameter of the link of described auxiliary wireless access network by described auxiliary wireless access network according to described QOS gain of parameter, and send to described anchor point wireless access network.

5. method according to claim 1, is characterized in that, described subscriber equipment and auxiliary wireless access network connect and comprise according to quality of service QOS parameter:

Described subscriber equipment receives the beep-page message that described auxiliary wireless access network sends, and sets up radio resource control RRC be connected according to described beep-page message with described auxiliary wireless access network.

6. method according to claim 4, is characterized in that, after described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter, also comprises:

Described subscriber equipment send described subscriber equipment at the link establishment response message of described auxiliary wireless access network to described anchor point wireless access network;

Or described subscriber equipment send described subscriber equipment at the link establishment response message of described auxiliary wireless access network to described auxiliary wireless access network.

7. method according to claim 1, is characterized in that, before described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter, also comprises:

Described subscriber equipment utilization is initially connected with the RRC that described anchor point wireless access network is set up, and to core net, sends service request.

8. method according to claim 1, is characterized in that, after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, also comprise,

Described subscriber equipment receives packet from described anchor point wireless access network, and the packet receiving from described anchor point wireless access network is to be sent to described anchor point wireless access network and by described anchor point wireless access network, distributed to the packet of described anchor point wireless access network by described core net;

Described subscriber equipment receives packet from described auxiliary wireless access network, and the packet receiving from described auxiliary wireless access network is from described core net, to receive and distribute to the packet of described auxiliary wireless access network by described anchor point wireless access network.

9. method according to claim 1, is characterized in that, after described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter, also comprises:

Described subscriber equipment sends the first packet to described anchor point wireless access network, and receives and sends the second packet so that described auxiliary wireless access network forwards described the second packet to described anchor point wireless access network to described auxiliary wireless access network.

10. method according to claim 1, is characterized in that, after described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter, also comprises:

Described subscriber equipment receives the packet that wireless access network sends, described packet is by described anchor point wireless access network and the shared PDCP straton piece of described auxiliary wireless access, and described anchor point wireless access network and described auxiliary wireless access MAC straton piece, PHY straton piece and rlc layer sub-block separately send to described subscriber equipment.

11. methods according to claim 10, is characterized in that, the PDCP straton piece that described anchor point wireless access network and described auxiliary wireless access are shared, is arranged at described anchor point wireless access online.

12. methods according to claim 1, is characterized in that, after described subscriber equipment and auxiliary wireless access network connect according to quality of service QOS parameter, also comprise:

Described subscriber equipment receives the packet that wireless access network sends, described packet is by described anchor point wireless access network and shared PDCP layer and the rlc layer of described auxiliary wireless access, and described anchor point wireless access network and described auxiliary wireless access MAC straton piece, PHY straton piece separately send to described subscriber equipment.

13. methods according to claim 1, is characterized in that, also comprise:

Described subscriber equipment carries out data receiver and/or transmission by PDCP layer, rlc layer, MAC layer and the PHY straton piece of described anchor point wireless access network;

Described subscriber equipment passes through the PDCP of described auxiliary wireless access network, rlc layer, and MAC layer, and PHY straton piece carries out data receiver and/or transmission.

The implementation method of 14. 1 kinds of a plurality of wireless access network paradigmatic systems, is characterized in that, comprising:

The foundation of anchor point wireless access network is connected with subscriber equipment;

Described anchor point wireless access network receives the RAB foundation request that core net sends;

Described anchor point wireless access network is selected auxiliary wireless access network;

Described anchor point wireless access network sends QoS parameter to described auxiliary wireless access network, described auxiliary wireless access network is connected according to described QoS parameter and described subscriber equipment, and described anchor point wireless access network keep and the connection of described subscriber equipment;

The packet data polymerized agreement PDCP layer that described anchor point wireless access network shares by described auxiliary wireless access network and described anchor point wireless access network, and the media access control MAC straton piece of described anchor point wireless access network, physics PHY straton piece and wireless connection control rlc layer sub-block send described data to described subscriber equipment;

Described anchor point wireless access network sends the data of processing by anchor point wireless access network and the shared PDCP straton piece of described auxiliary wireless access to described auxiliary wireless access network, so that MAC straton piece, PHY straton piece and the rlc layer sub-block of described auxiliary wireless access network by described auxiliary wireless access network sends described data to described subscriber equipment.

15. methods according to claim 14, it is characterized in that, also comprise: described anchor point wireless access network sends at least one in following information to described auxiliary wireless access network: enciphered message, the cell information of setting up business, the wireless access capability information of described subscriber equipment in described auxiliary wireless access network and the wireless connection control parameter of having distributed.

16. methods according to claim 14, is characterized in that, described auxiliary wireless access network connects and comprises according to described QoS parameter and described subscriber equipment:

Described anchor point wireless access network receive that described auxiliary wireless access network sends for configuring described subscriber equipment in the message of the parameter of the link of described auxiliary wireless access network, and for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, send to described subscriber equipment by described; Describedly for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, comprise at least one in physical layer parameter, media access control parameter, wireless connection control layer parameter and the packet data polymerized protocol layer parameter of described subscriber equipment at described auxiliary wireless access network; Physical layer parameter in described auxiliary wireless access network, media access control parameter, wireless connection control layer parameter and packet data polymerized protocol layer parameter are obtained according to described QoS parameter by described auxiliary wireless access network.

17. methods according to claim 14, is characterized in that, also comprise:

Described anchor point wireless access network receives the link establishment response message that described subscriber equipment sends auxiliary wireless access network, and to described auxiliary wireless access network, sends described subscriber equipment at the link establishment response message of described auxiliary wireless access network according to the link establishment response message of described auxiliary wireless access network.

18. methods according to claim 14, is characterized in that, also comprise:

Described anchor point wireless access network receives the first packet that described subscriber equipment sends, and receives by described auxiliary wireless access network the second packet that described subscriber equipment sends.

19. methods according to claim 18, is characterized in that, also comprise:

Described the first packet receives by PDCP layer, rlc layer, MAC layer and the PHY straton piece of described anchor point wireless access network;

Described the second packet receives by rlc layer, MAC layer and the PHY straton piece of described auxiliary wireless access network, and processes by the PDCP layer of anchor point wireless access network.

The implementation method of 20. 1 kinds of a plurality of wireless access network paradigmatic systems, is characterized in that, comprising:

Auxiliary wireless access network receives the QoS parameter that the anchor point wireless access network that connects with subscriber equipment sends;

Described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment;

Described auxiliary wireless access network receives that described anchor point wireless access network sends pass through the data of the packet data polymerized agreement PDCP straton piece processing that described anchor point wireless access network and described auxiliary wireless access share, so that described auxiliary wireless access network is undertaken sending described data to described subscriber equipment by media access control MAC straton piece, physics PHY straton piece and the wireless connection control rlc layer sub-block of described auxiliary wireless access network.

21. methods according to claim 20, is characterized in that, described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment, comprising:

Described auxiliary wireless access network sends beep-page message to described subscriber equipment;

Described auxiliary wireless access network is set up Radio Resource control connection according to described QoS parameter and described subscriber equipment;

Described auxiliary wireless access network is set up radio bearer with described subscriber equipment and is connected.

22. methods according to claim 20, is characterized in that, described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment, comprising:

Described auxiliary wireless access network send for configure described subscriber equipment in the message of the parameter of the link of described auxiliary wireless access network to described anchor point wireless access network, make described anchor point wireless access network for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, send to described subscriber equipment by described; Describedly for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, comprise at least one in physical layer parameter, media access control parameter, wireless connection control layer parameter and the packet data polymerized protocol layer parameter of described subscriber equipment at described auxiliary wireless access network; Physical layer parameter in described auxiliary wireless access network, media access control parameter, wireless connection control layer parameter and packet data polymerized protocol layer parameter are obtained according to described QoS parameter by described auxiliary wireless access network.

23. methods according to claim 22, is characterized in that, described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment, also comprises:

Described auxiliary wireless access network receives the described subscriber equipment of described anchor point wireless access network transmission at the link establishment response message of described auxiliary wireless access network, and the described subscriber equipment that described anchor point wireless access network sends sends to described anchor point wireless access network at the link establishment response message of described auxiliary wireless access network by described subscriber equipment.

24. methods according to claim 22, is characterized in that, described auxiliary wireless access network, according to described QoS parameter, connects with described subscriber equipment, also comprises:

Described auxiliary wireless access network receives the described subscriber equipment of described subscriber equipment transmission at the link establishment response message of described auxiliary wireless access network.

25. methods according to claim 20, is characterized in that, also comprise: described auxiliary wireless access network receives the second packet that described subscriber equipment sends, and give described anchor point wireless access network by described the second Packet Generation.

26. methods according to claim 20, is characterized in that, also comprise:

Described the second packet receives by rlc layer, MAC layer and the PHY straton piece of described auxiliary wireless access network, and sends to described anchor point wireless access network and process so that anchor point wireless access network enters PDCP layer.

27. methods according to claim 20, is characterized in that, also comprise:

Described auxiliary wireless access network sends response message to described anchor point wireless access network, and described response message comprises initial flow-control information.

28. according to the method described in claim 1-27 any one, it is characterized in that, described auxiliary wireless access network adopts different access technologies from described anchor point wireless access network, or described auxiliary wireless access network adopts identical access technology with described anchor point wireless access network.

29. 1 kinds of subscriber equipmenies, is characterized in that, comprising: set up module and for the transport module with auxiliary wireless access network and anchor point wireless access Network Communication;

Set up module, for connecting with anchor point wireless access network; After connecting with auxiliary wireless access network, keep with described anchor point wireless access network between be connected;

The described module of setting up, also for connecting according to quality of service QOS parameter with described auxiliary wireless access network; Described auxiliary wireless access network is selected by described anchor point wireless access network, and described QOS parameter is that described anchor point wireless access network is determined according to the QOS parameter receiving from core net and sends to described auxiliary wireless access network.

30. equipment according to claim 29, it is characterized in that, described transport module, also for report the wireless access capability information at described alternative wireless access network to the measurement result of alternative wireless access network and UE to described anchor point wireless access network, so that anchor point wireless access network is selected described auxiliary wireless access network according to described subscriber equipment to the measurement result of alternative wireless access network.

31. equipment according to claim 30, it is characterized in that, to described anchor point wireless access network, connecting report comprises the measurement result of alternative wireless access network: described subscriber equipment sends wireless connections to described anchor point wireless access network and sets up request, and the described wireless connections request of setting up comprises the measurement result to described alternative wireless access network.

32. equipment according to claim 29, it is characterized in that, the described module of setting up, also for receive that described anchor point wireless access network sends for configuring described subscriber equipment in the parameter of the link of described auxiliary wireless access network, described for configure described subscriber equipment in the parameter of the link of described auxiliary wireless access network by described auxiliary wireless access network according to described QOS gain of parameter, and send to described anchor point wireless access network.

33. equipment according to claim 29, is characterized in that, the described module of setting up, and the beep-page message also sending for receiving described auxiliary wireless access network, sets up RRC according to described beep-page message with described auxiliary wireless access network and is connected.

34. equipment according to claim 32, it is characterized in that, described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, described subscriber equipment at the link establishment response message that sends described auxiliary wireless access network to described anchor point wireless access network; Or described subscriber equipment at the link establishment response message that sends described auxiliary wireless access network to described auxiliary wireless access network.

35. equipment according to claim 29, it is characterized in that, described transport module, also for before described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, utilize the RRC setting up with described anchor point wireless access network to be initially connected, to core net, send service request.

36. equipment according to claim 29, it is characterized in that, described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, from described anchor point wireless access network, receive packet, the packet receiving from described anchor point wireless access network is to be sent to described anchor point wireless access network and by described anchor point wireless access network, distributed to the packet of described anchor point wireless access network by described core net;

Described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, from described auxiliary wireless access network, receiving packet, is from described core net, to receive and distribute to the packet of described auxiliary wireless access network by described anchor point wireless access network from the packet of described auxiliary wireless access network.

37. equipment according to claim 29, it is characterized in that, described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, to described anchor point wireless access network, send the first packet, and receive and send the second packet so that described auxiliary wireless access network forwards described the second packet to described anchor point wireless access network to described auxiliary wireless access network.

38. equipment according to claim 29, it is characterized in that, described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, receive the packet that wireless access network sends, the packet data polymerized agreement PDCP straton piece that described packet shares by described anchor point wireless access network and described auxiliary wireless access, and described anchor point wireless access network and described auxiliary wireless access media access control MAC straton piece separately, physics PHY straton piece and wireless connection control rlc layer sub-block send to described subscriber equipment.

39. according to the equipment described in claim 38, it is characterized in that, the PDCP straton piece that described anchor point wireless access network and described auxiliary wireless access are shared, is arranged at described anchor point wireless access online.

40. equipment according to claim 29, it is characterized in that, described transport module, also for after described subscriber equipment and auxiliary wireless access network connect according to QOS parameter, receive the packet that wireless access network sends, described packet is by described anchor point wireless access network and shared PDCP layer and the rlc layer of described auxiliary wireless access, and described anchor point wireless access network and described auxiliary wireless access MAC straton piece, PHY straton piece separately send to described subscriber equipment.

41. equipment according to claim 29, is characterized in that, described transport module also carries out data receiver and/or transmission for the PDCP layer by described anchor point wireless access network, rlc layer, MAC layer and PHY straton piece; By the PDCP of described auxiliary wireless access network, rlc layer, MAC layer, and PHY straton piece carries out data receiver and/or transmission.

42. 1 kinds of anchor point wireless access network elements, is characterized in that, comprising:

Set up module, for setting up and being connected of subscriber equipment;

Transport module, the RAB foundation request sending for receiving core net;

Described transport module, also for selecting auxiliary wireless access network;

Described transport module, also for sending QoS parameter to described auxiliary wireless access network, described auxiliary wireless access network is connected according to described QoS parameter and described subscriber equipment, and described anchor point wireless access network keep and the connection of described subscriber equipment;

Described transport module, also for passing through described auxiliary wireless access network and the shared PDCP layer of described anchor point wireless access network, and MAC straton piece, PHY straton piece and the rlc layer sub-block of described anchor point wireless access network send described data to described subscriber equipment;

Described transport module, also for send the data of processing by anchor point wireless access network and the shared PDCP straton piece of described auxiliary wireless access to described auxiliary wireless access network, so that MAC straton piece, PHY straton piece and the rlc layer sub-block of described auxiliary wireless access network by described auxiliary wireless access network sends described data to described subscriber equipment.

43. according to the network element described in claim 42, it is characterized in that, described transport module, also for sending at least one of following information: enciphered message, the cell information of setting up business, the wireless access capability information of described subscriber equipment in described auxiliary wireless access network and the wireless connection control parameter of having distributed to described auxiliary wireless access network.

44. according to the network element described in claim 42, it is characterized in that, described transport module, also for receive that described auxiliary wireless access network sends for configuring described subscriber equipment in the message of the parameter of the link of described auxiliary wireless access network, and for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, send to described subscriber equipment by described; Describedly for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, comprise at least one in physical layer parameter, media access control parameter, wireless connection control layer parameter and the packet data polymerized protocol layer parameter of described subscriber equipment at described auxiliary wireless access network; Physical layer parameter in described auxiliary wireless access network, media access control parameter, wireless connection control layer parameter and packet data polymerized protocol layer parameter are obtained according to described QoS parameter by described auxiliary wireless access network.

45. according to the network element described in claim 42, it is characterized in that, described transport module, also for receiving described subscriber equipment, send the link establishment response message of auxiliary wireless access network, and to described auxiliary wireless access network, send described subscriber equipment at the link establishment response message of described auxiliary wireless access network according to the link establishment response message of described auxiliary wireless access network.

46. according to the network element described in claim 42, it is characterized in that, and described transport module, the first packet also sending for receiving described subscriber equipment, and receive by described auxiliary wireless access network the second packet that described subscriber equipment sends.

47. according to the network element described in claim 46, it is characterized in that, described the first packet receives by PDCP layer, rlc layer, MAC layer and the PHY straton piece of described anchor point wireless access network; Described the second packet receives by rlc layer, MAC layer and the PHY straton piece of described auxiliary wireless access network, and processes by the PDCP layer of anchor point wireless access network.

48. 1 kinds of auxiliary wireless access network elements, is characterized in that, comprising:

Transport module, the QoS parameter sending for receiving the anchor point wireless access network that connects with subscriber equipment;

Set up module, for according to described QoS parameter, connect with described subscriber equipment;

Described transport module, the data of pass through described anchor point wireless access network and the shared PDCP straton piece processing of described auxiliary wireless access for receiving that described anchor point wireless access network sends also, so that described auxiliary wireless access network is undertaken sending described data to described subscriber equipment by MAC straton piece, PHY straton piece and the rlc layer sub-block of described auxiliary wireless access network.

49. according to the network element described in claim 48, it is characterized in that, the described module of setting up, specifically for described auxiliary wireless access network send for configure described subscriber equipment in the message of the parameter of the link of described auxiliary wireless access network to described anchor point wireless access network, make described anchor point wireless access network for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, send to described subscriber equipment by described; Describedly for configuring described subscriber equipment, in the message of the parameter of the link of described auxiliary wireless access network, comprise at least one in physical layer parameter, media access control parameter, wireless connection control layer parameter and the packet data polymerized protocol layer parameter of described subscriber equipment at described auxiliary wireless access network; Physical layer parameter in described auxiliary wireless access network, media access control parameter, wireless connection control layer parameter and packet data polymerized protocol layer parameter are obtained according to described QoS parameter by described auxiliary wireless access network.

50. according to the network element described in claim 48, it is characterized in that, the described module of setting up, specifically for receiving the described subscriber equipment of described anchor point wireless access network transmission at the link establishment response message of described auxiliary wireless access network, the described subscriber equipment of described transmission sends to described anchor point wireless access network at the link establishment response message of described auxiliary wireless access network by described subscriber equipment.

51. according to the network element described in claim 48, it is characterized in that, the described module of setting up, also comprises: receive the described subscriber equipment of described subscriber equipment transmission at the link establishment response message of described auxiliary wireless access network.

52. according to the network element described in claim 48, it is characterized in that, and described transport module, also, for sending response message to described anchor point wireless access network, described response message comprises initial flow-control information.

53. according to the network element described in claim 48, it is characterized in that, and described transport module, the second packet also sending for receiving described subscriber equipment, and give described anchor point wireless access network by described the second Packet Generation.

54. according to the network element described in claim 53, it is characterized in that, described the second packet receives by rlc layer, MAC layer and the PHY straton piece of described auxiliary wireless access network, and sends to described anchor point wireless access network and process so that anchor point wireless access network enters PDCP layer.

55. according to the network element described in claim 48, it is characterized in that, the described module of setting up, specifically for sending beep-page message to described subscriber equipment; According to described QoS parameter and described subscriber equipment, set up Radio Resource control connection; Setting up radio bearer with described subscriber equipment is connected.

56. according to the network element described in claim 42-55 any one, it is characterized in that, described auxiliary wireless access network element is base station or the RNC in UMTS system or the base station in UMTS system in LTE system, or described anchor point wireless access network element is base station or the RNC in UMTS system or the base station in UMTS system in LTE system.

57. according to the network element described in claim 42-55 any one, it is characterized in that, described auxiliary wireless access network element adopts different access technologies from described anchor point wireless access network element, or described auxiliary wireless access network adopts identical access technology with described anchor point wireless access network.