CN103391637A - Updating method and device for application subtype attributes - Google Patents
Updating method and device for application subtype attributes Download PDFInfo
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- CN103391637A CN103391637A CN2013100271066A CN201310027106A CN103391637A CN 103391637 A CN103391637 A CN 103391637A CN 2013100271066 A CN2013100271066 A CN 2013100271066A CN 201310027106 A CN201310027106 A CN 201310027106A CN 103391637 A CN103391637 A CN 103391637A
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Abstract
The invention discloses an updating method and a device for application subtype attributes. The updating method for the application subtype attributes comprises updating attributes of protocols in application subtypes through common signal channels. The updating device for the application subtype attributes comprises an updating module which is used for updating the attributes of the protocols in the application subtypes through the common signal channels. According to the updating method and the device for the application subtype attributes, a mode of allowing front reverse common signal channels to update the attributes of the protocols in the application subtypes under activated states of flow 0 and or flow 1, or allowing the flow 0 and or the flow 1 to update the attributes of the protocols in the application subtypes under inactivated states before air interface businesses are achieved through base stations and terminals and signal channel establishment is achieved through the front reverse common signal channels, the problems that the modification process is tedious and the modification efficiency is low when CDMA (Code Division Multiple Access) base stations modify attribute values of protocols of application layers in the prior art are solved, and effects of simplifying modification processes and improving the modification efficiency are achieved.
Description
Technical field
The present invention relates to the communications field, in particular to a kind of application sub-type attribute update method and device.
Background technology
In the follow-up evolution of code division multiple access access (Code Division Multiple Access, referred to as CDMA) network, with the interoperability of Long Term Evolution (Long Term Evolution, referred to as LTE) network be a trend of network Development.Commercial cdma network evolves to the LTE network, is not a simple alternative Process, but has a very long co-existence periods.In this co-existence periods, for guaranteeing smooth evolution, cdma network usually should be through the upgrading in two stages, first stage is mainly to upgrade and guarantee that the CDMA/LTE dual-mode terminal can access by cdma network packet-based core networks (the Evolved Packet Core of the evolution of LTE by core net, referred to as EPC), second stage is mainly that wireless access network upgrades to support interconnecting between CDMA and LTE network.
The core net upgrading of first stage is mainly with CDMA core network element packet data serving node (Packet Data Serving Node, referred to as PDSN) be upgraded to HRPD (high rate packet data) (High Rate Packet Data, referred to as HRPD) gateway (HRPD Serving Gateway, referred to as HSGW), so that the network elements such as packet gateway (Packet-Gateway, referred to as P-GW) of access EPC network.But consider that this escalation process may be long-term, under cdma network, long-term existence do not supported in addition LTE, only supported the conventional terminal of CDMA, therefore within a very long time, the cdma base station general is simultaneously interconnected from HSGW and PDSN, and (HSGW and PDSN can be different physical NEs, also may be in the Same Physical network element, but adhere to the Different Logic module separately), and should have the ability according to the actual conditions of terminal and core net, select different terminals is accessed different core network.For example, cdma base station should be preferentially with a CDMA/LTE dual-mode terminal access HSGW, if but this terminal because of failed authentication or the reason access EPC failure such as EPC is congested, in connecting and set up process next time, cdma base station should be with this terminal priority access PDSN.
Third generation partner program (Third Generation Partnership Project, referred to as 3GPP) 2 related work groups have formulated LTE-CDMA interoperability standard C.S0087, are used for support terminal interconnecting by cdma wireless network insertion EPC and CDMA and LTE network.
In the C.S0087 standard, have the ability to access LTE core net EPC for guaranteeing terminal, require the air-interface application layer agreement to have the ability to support many public data networks (Public Data Network, referred to as PDN) operation.Be applied as example to strengthen the multithread grouping, require terminal should identify its support to Protocol ID0x07 and/or Protocol ID0x08 in the upper-layer protocol attribute that it is supported, base station and terminal are being consulted with the stream (Flow00) of Reservation Lable0xFF binding and/or during with the attribute Flow00FlowProtocolParametersFwd of the stream (Flow01) of Reservation Lable0xFE binding and the sign of the control in Flow00FlowProtocolParametersRev (Protocol ID) field, should used the value of 0x07 or 0x08.
Need explanation, the requirement of above-mentioned application layer protocol attribute negotiation, all be suitable for the multithread grouping application sub-type that is tied to Business Stream, multithread grouping application sub-type and the multilink multithread grouping application sub-type of enhancing.The application sub-type of hereinafter mentioning all is applied as the example explanation to strengthen the multithread grouping.
When terminal access EPC failure, cdma base station should be attempted terminal is accessed traditional core network element PDSN, but PDSN None-identified Protocol ID is the value of 0x07 or 0x08, and therefore, cdma base station should be revised this application layer protocol property value.
Cdma base station is repaiied this application layer protocol property value and is mainly contained following dual mode:
Mode one, base station and terminal are after being connected and setting up and complete, adopt conventional configuration protocol (Generic Configuration Protocol, referred to as GCP) again to consult attribute Flow00FlowProtocolParametersFwd and the Flow00FlowProtocolParametersRev of the stream (Flow00) of binding with Reservation Lable0xFF.If also exist with the stream (Flow01) of Reservation Lable0xFE binding, also do similar processing.Adopt the GCP negotiation mode to carry out heavy consultation parameter, mainly because agreement does not allow the attribute of the stream that activates is adopted more New Deal (Generic Attribute Update Protocol of General Properties, referred to as GAUP) upgrade, and Flow00 and Flow01 are the acquiescence activation.Adopting the major defect of GCP mode is that interacting message is many, and need first close connection and rebuild after consulting to complete, and new negotiation value is come into force, and so just causes revising that the process of application layer protocol property value is comparatively loaded down with trivial details and efficiency is lower.
mode two, consult two cover property sets (Personality), in this two covers property set, except the stream (Flow00) from Reservation Lable0xFF binding and/or different with Flow00FlowProtocolParametersRev with the attribute Flow00FlowProtocolParametersFwd of the stream (Flow01) of Reservation Lable0xFE binding, other attributes should be all identical, claim this two covers property set to support respectively to strengthen HRPD (high rate packet data) (enhanced High Rate Packet Data, referred to as eHRPD) operation (the Protocol ID in the attribute of stream is negotiable is 0x07 or 0x08) and HRPD operation (the Protocol ID in the attribute of stream consults the value for non-zero x07 and non-zero x08).Like this, when need to accessing HSGW with terminal, the wireless access network judgement can enable or be updated to the property set of supporting the eHRPD operation; When need to accessing PDSN with terminal, the wireless access network judgement enables or is updated to the property set of supporting the HRPD operation.But there is restriction in the chip of terminal at present, does not namely allow two cover property sets are consulted identical application sub-type is tied on Business Stream.This means the property set of supporting the eHRPD operation and support the property set of HRPD operation must use the different application sub-types that is tied to Business Stream, for example, support the property set of eHRPD operation to consult to use the multilink multithread grouping application sub-type that is tied to Business Stream, support the property set of HRPD operation must use other subtypes, as be tied to the multithread grouping application sub-type of the enhancing of Business Stream.Like this, if in order to access PDSN, property set is switched to from the property set of supporting the eHRPD operation property set of supporting the HRPD operation, although cdma wireless Access Network and PDSN still have the ability to support multilink multithread application sub-type, also have no chance to have used this application sub-type, that is: terminal can only be used in access the multicarrier characteristic during HSGW, but can't use the multicarrier characteristic when access PDSN, so just cause terminal when accessing PDSN professional ability by unnecessary reduction.
Modification process while for cdma base station in correlation technique, revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency, not yet proposes at present effective solution.
Summary of the invention
The invention provides a kind of application sub-type attribute update method and device, one of to address the above problem at least.
According to an aspect of the present invention, provide a kind of application sub-type attribute update method, having comprised: the attribute that upgrades the agreement in application sub-type by common signal channel.
Further, said method can also have following characteristics:
Upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type in the past on reverse common channel; According to the convection current 0 and/or flow 1 and carry out attribute and upgrade under stream 0 and stream 1 state of activation of described GAUP message.
Further, said method can also have following characteristics:
Comprise: upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According to the convection current 0 and/or flow 1 and carry out attribute and upgrade under stream 0 and stream 1 unactivated state of described GAUP message.
Further, said method can also have following characteristics:
Before the air interface traffic channel foundation of base station and terminal was completed, stream 0 and stream 1 were in unactivated state.
Further, said method can also have following characteristics:
Agreement in described application sub-type comprise following one of at least:
The radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
Further, said method can also have following characteristics:
The attribute of the agreement in described application sub-type comprise following one of at least:
Stream 0 is reverse to the stream protocol parameter of stream N to stream protocol parameter forward direction, the stream 0 of stream N, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, and wherein, N+1 is the max-flow number of system support.
Further, said method can also have following characteristics:
Comprise: whether base station and terminal attribute negotiation through consultation support to upgrade by common signal channel the attribute of the agreement in application sub-type.
Further, said method can also have following characteristics:
Comprise: upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer.
Further, said method can also have following characteristics:
Comprise: whether described base station and described terminal attribute negotiation through consultation support to carry out at least one operation in described operational set.
Further, said method can also have following characteristics:
Comprise: upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the unactivated state of stream i, i be 0 and N between integer.
Further, said method can also have following characteristics:
Comprise: whether described base station and described terminal attribute negotiation through consultation support that at least one is set up before completing and keep unactivated state in Traffic Channel during adfluxion is closed, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer.
According to another aspect of the present invention, also provide a kind of application sub-type attribute updating device, having comprised: update module, for upgrade the attribute of the agreement of application sub-type by common signal channel.
Further, said apparatus can also have following characteristics: described update module comprises:
The first receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The first updating block, be used for according to described GAUP message at stream 0 and/or flow under 1 state of activation convection current 0 and/or flow 1 and carry out attribute and upgrade.
Further, said apparatus can also have following characteristics:
Described update module comprises:
The second receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The second updating block, be used for according to the convection current 0 and/or flow 1 and carry out attribute and upgrade under the unactivated state of stream 0 and stream 1 of described GAUP message.
Further, said apparatus can also have following characteristics:
Before the air interface traffic channel of base station and terminal is set up and is completed, stream 0 and/or flow 1 and be in unactivated state.
Further, said apparatus can also have following characteristics:
Agreement in described application sub-type comprise following one of at least:
The radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
Further, said apparatus can also have following characteristics:
The attribute of the agreement in described application sub-type comprise following one of at least:
Stream 0 is reverse to the stream protocol parameter of stream N to stream protocol parameter forward direction, the stream 0 of stream N, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, and wherein, N+1 is the max-flow number of system support.
Further, said apparatus can also have following characteristics:
Described update module comprises: consult submodule, be used for attribute negotiation through consultation and whether support to upgrade by common signal channel the attribute of the agreement of application sub-type.
Further, said apparatus can also have following characteristics:
Described update module comprises:
The first negotiation element, be used for attribute negotiation through consultation and whether support at least one operation of execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer;
The first receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The first updating block, be used for carrying out according to described GAUP message the renewal of stream attribute.
Further, said apparatus can also have following characteristics:
Described update module comprises:
The second negotiation element, whether be used for through consultation attribute negotiation supports adfluxion to close at least one to set up before completing and keep unactivated state in Traffic Channel, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer;
The second receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The second updating block, be used for carrying out according to described GAUP message the renewal of stream attribute.
According to another aspect of the present invention, a kind of application sub-type attribute update method also is provided, has comprised: the first property set of the attribute by the agreement comprising application sub-type and comprise that the mode of switching between second property set of attribute of agreement of application sub-type is carried out and upgrade operation.
Further, said method can also have following characteristics:
Switch between described the first property set and described the second property set, comprising:
In the process that the interface business channel of eating dishes without rice or wine of base station and terminal is set up, by the General attribute update protocol GAUP message that gets, switch between described the first property set and described the second property set.
by the present invention, the main employing allows by front reverse common channel at stream 0 and/or flows under 1 state of activation the attribute of the agreement in upgrading application sub-type, or allow stream 0 and/or flow 1 and complete in base station and terminal the interface business channel of eating dishes without rice or wine by front reverse common channel and set up under unactivated state before completing the mode of the attribute of the agreement in upgrading application sub-type, modification process when having solved cdma base station of the prior art and revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency, and then reached the simplification modification process and improved the effect of revising efficiency.
Description of drawings
Accompanying drawing described herein is used to provide a further understanding of the present invention, forms the application's a part, and illustrative examples of the present invention and explanation thereof are used for explaining the present invention, do not form improper restriction of the present invention.In the accompanying drawings:
Fig. 1 is the application sub-type attribute update method flow chart according to the embodiment of the present invention one;
Fig. 2 is the application sub-type attribute update method flow chart according to the preferred implementation of the embodiment of the present invention one;
Fig. 3 is the application sub-type attribute update method flow chart according to the embodiment of the present invention two;
Fig. 4 is the application sub-type attribute update method flow chart according to the preferred implementation of the embodiment of the present invention two;
Fig. 5 is the structured flowchart according to the application sub-type attribute updating device of the embodiment of the present invention one;
Fig. 6 is the structured flowchart according to an advantageous applications subtype attribute updating device of the embodiment of the present invention one;
Fig. 7 is the structured flowchart according to another advantageous applications subtype attribute updating device of the embodiment of the present invention one;
Fig. 8 is the structured flowchart according to another advantageous applications subtype attribute updating device of the embodiment of the present invention one;
Fig. 9 is the structured flowchart according to another advantageous applications subtype attribute updating device of the embodiment of the present invention one;
Figure 10 is the structured flowchart according to another advantageous applications subtype attribute updating device of the embodiment of the present invention one;
Figure 11 is the application sub-type attribute update method flow chart according to the another kind of preferred implementation of the embodiment of the present invention one;
Figure 12 is the another kind of application sub-type attribute update method flow chart according to the another kind of preferred implementation of the embodiment of the present invention one.
Embodiment
, for making the purpose, technical solutions and advantages of the present invention clearer, hereinafter in connection with accompanying drawing, embodiments of the invention are elaborated.Need to prove, in the situation that do not conflict, the embodiment in the application and the feature in embodiment be combination in any mutually.
Hereinafter with reference to accompanying drawing, also describe in conjunction with the embodiments the present invention in detail.Need to prove, in the situation that do not conflict, embodiment and the feature in embodiment in the application can make up mutually.
Fig. 1 is the application sub-type attribute update method flow chart according to the embodiment of the present invention one, and as shown in Figure 1, the method mainly comprises step S102:
Step S102, upgrade the attribute of the agreement in application sub-type by common signal channel.
The step S102 of the present embodiment one one of can be in the following manner realizes:
(1) receive General attribute update protocol (GAUP) message in application sub-type on reverse common channel at first in the past, then according to GAUP message at stream 0 and/or flow under 1 state of activation convection current 0 and/or flow 1 and carry out attribute and upgrade;
(2) receive General attribute update protocol (GAUP) message in application sub-type on reverse common channel at first in the past, then according to GAUP message at stream 0 and/or flow under 1 unactivated state convection current 0 and/or flow 1 and carry out attribute and upgrade.
Wherein, in mode (2), before the air interface traffic channel foundation of base station and terminal is completed, stream 0 and/or flow 1 and be in unactivated state, this point is the concrete requirement to current agreement, namely must guarantee before the interface business channel of eating dishes without rice or wine between base station and terminal is set up, not convection current 0 and/or 1 the state of flowing activate, and make stream 0 and/or flow 1 the eat dishes without rice or wine interface business channel of default state of activation between base station and terminal and set up after completing and just come into effect.
Need to illustrate, above-mentioned renewal operation can be initiated by base station side, also can be initiated by end side.Particularly, at first base station or terminal receive (GAUP) message in application sub-type by front reverse common channel, more further according to GAUP message to the stream 0 under state of activation or unactivated state and/or flow 1 and carry out the operation that attribute upgrades.
For example, in actual applications, aforesaid way (1) can be implemented like this:
At first, allow base station or the terminal message (being GAUP message) that the GAUP agreement in application sub-type is corresponding to send by front reverse common channel, when terminal sends GAUP message by reverse common channel, base station receives GAUP message, when base station sent GAUP message by forward common channels, terminal received GAUP message.
Secondly, allow Flow00(namely to flow 0) and allow Flow01(namely to flow 1) under state of activation, Flow00 and Flow01 are carried out the attribute renewal.
Finally, the interface business channel of eating dishes without rice or wine in terminal and base station set up process, the attribute of Flow00 and/or Flow01 just can be upgraded by the GAUP message that receives on the past reverse common channel in terminal or base station.
In actual applications, aforesaid way (2) can be implemented like this:
At first, allow base station or the terminal message (being GAUP message) that the GAUP agreement in application sub-type is corresponding to send by front reverse common channel, when terminal sends GAUP message by reverse common channel, base station receives GAUP message, when base station sent GAUP message by forward common channels, terminal received GAUP message.
Secondly, guarantee that Flow00(namely flows 0) and Flow01(namely flow 1) before the interface business channel foundation of eating dishes without rice or wine between terminal and base station is completed, do not activate the state of Flow00 and Flow01.The eat dishes without rice or wine interface business channel of the default state of activation of pressure Flow00 and Flow01 between terminal and base station comes into effect after setting up and completing.
Finally, in the interface business channel of eating dishes without rice or wine of terminal and base station is set up process (namely, the default state of activation of Flow00 and/or Flow01 does not come into force before the interface business channel foundation of eating dishes without rice or wine between terminal and base station is completed), the attribute of Flow00 and/or Flow01 just can be upgraded by the GAUP message that receives on the past reverse common channel in terminal or base station.
In the present embodiment one, the agreement in application sub-type comprise following one of at least: the radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
In the present embodiment one, the attribute of the agreement in application sub-type comprise following one of at least: the stream protocol parameter of stream 0 to the stream protocol parameter forward direction of stream N, stream 0 to stream N is oppositely, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, wherein, N+1 is the max-flow number (for example the max-flow number of system support is 16) that system is supported.
A preferred implementation that reaches based on embodiment one below in conjunction with Fig. 2 is described in detail embodiment one.
Need to prove, for the ease of fully understanding and can describe in detail the occurrence condition of the flow process of embodiment one, the flow process introduction of this preferred implementation comprises the step outside the flow process of embodiment one.
Fig. 2 is the application sub-type attribute update method flow chart according to the preferred implementation of the embodiment of the present invention one, and as shown in Figure 2, this flow process mainly comprises the following steps (step S202-step S212):
Step S202, terminal and base station negotiate one cover are supported the property set of eHRPD operation, and terminal can be accessed by HSGW, and terminal is in Idle state;
Step S204, terminal rises exhales;
Step S206, the base station judgement can't access HSGW;
Step S208, base station sends the message of TCA and RLP AttributeUpdateRequest(requirement renewal stream attribute);
Step S210, terminal feedback TCC and RLP AttributeUpdateAccept (message is accepted in renewal);
Step S212, terminal is set up Packet data service with PDSN and is connected.
By embodiment one and preferred implementation thereof, adopt to allow at stream 0 and/or flow under 1 state of activation the attribute of the agreement in upgrading application sub-type, or allow stream 0 and/or flow 1 and complete in base station and terminal the interface business channel of eating dishes without rice or wine and set up under unactivated state before completing the mode of the attribute of the agreement in upgrading application sub-type, the modification process when having solved cdma base station of the prior art and revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency.
Fig. 3 is the application sub-type attribute update method flow chart according to the embodiment of the present invention two, and as described in Figure 3, the method mainly comprises step S302:
Step S302, the first property set of the attribute by the agreement comprising application sub-type and comprise that the mode of switching between second property set of attribute of agreement of application sub-type is carried out and upgrade operation.
The step S302 of the present embodiment two can realize in the following manner: (base station or terminal) at first obtains the General attribute update protocol GAUP message in application sub-type, in the process that the interface business channel of eating dishes without rice or wine of base station and terminal is set up, by GAUP message, switch between the first property set and the second property set again.
Need to prove, in actual applications, the attribute that the first property set and the second property set comprise can be different, that is to say,, although both all comprise certain attribute of the agreement of application sub-type, has both but comprised the different piece in this attribute.Certainly, the first property set and the second property set also can comprise the same section in the attribute of agreement of application sub-type, but both the property value of this part included same alike result can be not identical.
A preferred implementation that reaches based on embodiment two below in conjunction with Fig. 4 is described in detail embodiment two.
Need to prove, for the ease of fully understanding and can describe in detail the occurrence condition of the flow process of embodiment two, the flow process introduction of this preferred implementation comprises the step outside the flow process of embodiment two.
Fig. 4 is the application sub-type attribute update method flow chart according to the preferred implementation of the embodiment of the present invention two, and as shown in Figure 4, this flow process mainly comprises the following steps (step S402-step S412):
Step S402, terminal and base station negotiate two cover property sets, support respectively the eHRPD operation and support the HRPD operation.Preferentially enable the property set of supporting the eHRPD operation, terminal can be accessed by HSGW, and terminal is in Idle state;
Step S404, terminal rises exhales;
Step S406, the base station judgement can't access HSGW;
Step S408, base station sends the attribute update request message of TCA and SCP AttributeUpdateRequest(requirement switch attribute collection);
Step S410, terminal feedback TCC and SCP AttributeUpdateAccept (message is accepted in renewal);
Step S412, terminal is set up Packet data service with PDSN and is connected.
By embodiment two and preferred implementation thereof, employing comprising in base station and terminal are eated dishes without rice or wine process that the interface business channel sets up application sub-type agreement attribute the first property set and comprise the attribute of the agreement of the mode of switching between second property set of attribute of agreement of application sub-type in upgrading application sub-type, the modification process when having solved cdma base station of the prior art and revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency.
Fig. 5 is the structured flowchart according to the application sub-type attribute updating device of the embodiment of the present invention one, this device is used for realizing the application sub-type attribute update method that above-described embodiment one provides, as shown in Figure 5, this device mainly comprises: update module 10, and for upgrade the attribute of the agreement of application sub-type by common signal channel.
Fig. 6 is the structured flowchart according to an advantageous applications subtype attribute updating device of the embodiment of the present invention one, as shown in Figure 6, update module in this device mainly comprises: the first receiving element 12, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel; The first updating block 14, be connected to the first receiving element 12, is used for according to GAUP message at stream 0 and/or flows under 1 state of activation convection current 0 and/or flow 1 and carry out attribute and upgrade.
Fig. 7 is the structured flowchart according to another advantageous applications subtype attribute updating device of the embodiment of the present invention one, as shown in Figure 7, update module in this device mainly comprises: the second receiving element 16, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel; The second updating block 18, be connected to the second receiving element 16, is used for according to GAUP message at stream 0 and/or flows under 1 unactivated state convection current 0 and/or flow 1 and carry out attribute and upgrade.Wherein, in actual applications, before the air interface traffic channel of base station and terminal is set up and is completed, stream 0 and/or flow 1 and be in unactivated state.
For Fig. 5, Fig. 6, application sub-type attribute updating device illustrated in fig. 7, the agreement in application sub-type comprise following one of at least: the radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
Preferably, the attribute of the agreement in application sub-type comprise following one of at least: the stream protocol parameter of stream 0 to the stream protocol parameter forward direction of stream N, stream 0 to stream N is oppositely, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, wherein, N+1 is the max-flow number that system is supported.
the application sub-type attribute updating device that adopts above-described embodiment to provide, by embodiment one and preferred implementation thereof, adopt to allow by front reverse common channel at stream 0 and/or flow under 1 state of activation the attribute of the agreement in upgrading application sub-type, or allow stream 0 and/or flow 1 and complete in base station and terminal the interface business channel of eating dishes without rice or wine by front reverse common channel and set up under unactivated state before completing the mode of the attribute of the agreement in upgrading application sub-type, modification process when having solved cdma base station of the prior art and revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency.
In the embodiment of the present invention one, whether base station and terminal attribute negotiation through consultation support to upgrade by common signal channel the attribute of the agreement in application sub-type.As shown in Figure 8, also comprise the negotiation submodule in application sub-type attribute updating device, be used for attribute negotiation through consultation and whether support to upgrade by common signal channel the attribute of the agreement of application sub-type.
Implementation one, upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer.Whether base station and terminal attribute negotiation through consultation support at least one operation in execution of sets of operations.
In implementation one, as shown in Figure 9, the update module 10 of application sub-type attribute updating device comprises the first negotiation element 11, the first receiving element 13, the first updating block 15.
The first negotiation element 11, be used for attribute negotiation through consultation and whether support at least one operation of execution of sets of operations, operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer;
The first receiving element 13, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The first updating block 15, be used for carrying out according to GAUP message the renewal of stream attribute.
Implementation two, upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the unactivated state of stream i, i be 0 and N between integer.Whether described base station and described terminal attribute negotiation through consultation support that at least one is set up before completing and keep unactivated state in Traffic Channel during adfluxion is closed, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer.
In implementation two, the update module 10 of application sub-type attribute updating device comprises the second negotiation element 21, the second receiving element 23 and the second updating block 25 as shown in figure 10.
The second negotiation element 21, whether be used for through consultation attribute negotiation supports adfluxion to close at least one to set up before completing and keep unactivated state in Traffic Channel, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer.
The second receiving element 23, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The second updating block 25, be used for carrying out according to GAUP message the renewal of stream attribute.
Figure 11 is the application sub-type attribute update method flow chart according to the another kind of preferred implementation of the embodiment of the present invention one; As shown in figure 11, comprise following steps:
Step 1: terminal and base station negotiate are supported the property set of eHRPD operation, and this property set guarantees the accessible HSGW of terminal.After negotiation is completed, terminal is in Idle state;
Step 2: base station and terminal attribute negotiation support through consultation are tied to message corresponding to GAUP agreement in the application sub-type of Business Stream by the transmission of front reverse common channel, and base station and terminal attribute negotiation support stream 0(Flow00 through consultation) and/or stream 1(Flow01) and/or other streams (FlowNN) in state of activation by its attribute of GAUP protocol update;
Step 3: terminal rises exhales;
Step 4: the base station judgement can't access HSGW with terminal;
step 5: base station is with TCA message (Traffic Channel Assignment, Traffic Channel Assignment message) and the AttributeUpdateRequest message of RLP agreement (attribute update request message) send by forward common channels together, attribute Flow00FlowProtocolParametersFwd and the Flow00FlowProtocolParametersRev of the stream (Flow00) that AttributeUpdateRequest message request terminal will be bound with ReservationLable0xFF are updated to the value of non-zero x07 from 0x07, with the stream (Flow01) of ReservationLable0xFE binding as existing, do similar processing, TCA message is used for base station to the terminal assignments traffic channel resource,
Step 6: terminal likely sends the AttributeUpdateAccept message of RLP agreement to base station by reverse common channel, the update request to the attribute of the stream (Flow00) with the ReservationLable0xFF binding is accepted in expression,, as existing, do similar processing with the stream (Flow01) of ReservationLable0xFE binding.Terminal is also likely issued base station by reverse traffic channel with the AttributeUpdateAccept message of RLP agreement and TCC message (Traffic Channel Complete, Traffic Channel is completed message) together;
Step 7: based on new property set, terminal is set up Packet data service with PDSN and is connected.
Figure 12 is the another kind of application sub-type attribute update method flow chart according to the another kind of preferred implementation of the embodiment of the present invention one.As shown in figure 12, comprise following steps:
Step 1: terminal and base station negotiate are supported the property set of eHRPD operation, and this property set guarantees the accessible HSGW of terminal.After negotiation is completed, terminal is in Idle state;
Step 2: base station and terminal attribute negotiation support through consultation are tied to message corresponding to GAUP agreement in the application sub-type of Business Stream by the transmission of front reverse common channel, and base station and terminal be attribute negotiation support stream 0(Flow00 through consultation) and/or stream 1(Flow01) set up before completing and do not activate in Traffic Channel, namely flow 0(Flow00) and/or stream 1(Flow01) default state of activation set up after completing and come into effect from Traffic Channel;
Step 3: terminal rises exhales;
Step 4: the base station judgement can't access HSGW with terminal;
step 5: base station is with TCA message (Traffic Channel Assignment, Traffic Channel Assignment message) and the AttributeUpdateRequest message of RLP agreement (attribute update request message) send by forward common channels together, attribute Flow00FlowProtocolParametersFwd and the Flow00FlowProtocolParametersRev of the stream (Flow00) that AttributeUpdateRequest message request terminal will be bound with ReservationLable0xFF are updated to the value of non-zero x07 from 0x07, with the stream (Flow01) of ReservationLable0xFE binding as existing, do similar processing, TCA message is used for base station to the terminal assignments traffic channel resource,
Step 6: terminal likely sends the AttributeUpdateAccept message of RLP agreement to base station by reverse common channel, the update request to the attribute of the stream (Flow00) with the ReservationLable0xFF binding is accepted in expression,, as existing, do similar processing with the stream (Flow01) of ReservationLable0xFE binding.Terminal is also likely issued base station by reverse traffic channel with the AttributeUpdateAccept message of RLP agreement and TCC message (Traffic Channel Complete, Traffic Channel is completed message) together;
Step 7: based on new property set, terminal is set up Packet data service with PDSN and is connected.
As can be seen from the above description, the present invention has realized following technique effect:
adopt to allow by front reverse common channel at stream 0 and/or flow under 1 state of activation the attribute of the agreement in upgrading application sub-type, or allow stream 0 and/or flow 1 and complete in base station and terminal the interface business channel of eating dishes without rice or wine by front reverse common channel and set up under unactivated state before completing the mode (mode 1) of the attribute of the agreement in upgrading application sub-type, perhaps adopt base station and terminal complete the agreement that is comprising application sub-type in the process that the interface business channel of eating dishes without rice or wine sets up attribute the first property set and comprise the attribute of the agreement of the mode (mode 2) of switching between second property set of attribute of agreement of application sub-type in upgrading application sub-type, modification process when having solved cdma base station of the prior art and revising this application layer protocol property value is loaded down with trivial details and revise the lower problem of efficiency.
obviously, those skilled in the art should be understood that, above-mentioned each module of the present invention or each step can realize with general calculation element, they can concentrate on single calculation element, perhaps be distributed on the network that a plurality of calculation elements form, alternatively, they can be realized with the executable program code of calculation element, thereby, they can be stored in storage device and be carried out by calculation element, and in some cases, can carry out step shown or that describe with the order that is different from herein, perhaps they are made into respectively each integrated circuit modules, perhaps a plurality of modules in them or step being made into the single integrated circuit module realizes.Like this, the present invention is not restricted to any specific hardware and software combination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (22)
1. an application sub-type attribute update method, is characterized in that, comprising:
Upgrade the attribute of the agreement in application sub-type by common signal channel.
2. method according to claim 1, is characterized in that, upgrades the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According to the convection current 0 and/or flow 1 and carry out attribute and upgrade under stream 0 and stream 1 state of activation of described GAUP message.
3. the method for claim 1, is characterized in that, comprising: upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type on reverse common channel in the past; According to the convection current 0 and/or flow 1 and carry out attribute and upgrade under stream 0 and stream 1 unactivated state of described GAUP message.
4. method as claimed in claim 3, is characterized in that, before the air interface traffic channel foundation of base station and terminal was completed, stream 0 and stream 1 were in unactivated state.
5. method as described in any one in claim 1 to 4, is characterized in that,
Agreement in described application sub-type comprise following one of at least:
The radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
6. method as claimed in claim 5, is characterized in that, the attribute of the agreement in described application sub-type comprise following one of at least:
Stream 0 is reverse to the stream protocol parameter of stream N to stream protocol parameter forward direction, the stream 0 of stream N, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, and wherein, N+1 is the max-flow number of system support.
7. the method for claim 1, is characterized in that, comprising:
Whether base station and terminal attribute negotiation through consultation support to upgrade by common signal channel the attribute of the agreement in application sub-type.
8. according to claim 1 or 7 described methods, is characterized in that, comprising:
Upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type in the past on reverse common channel; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer.
9. method according to claim 8, is characterized in that, comprising:
Whether described base station and described terminal attribute negotiation through consultation support to carry out at least one operation in described operational set.
10. according to claim 1 or 7 described methods, is characterized in that, comprising:
Upgrade the attribute of the agreement in application sub-type by common signal channel, comprising: receive the General attribute update protocol GAUP message in application sub-type in the past on reverse common channel; According at least one operation in described GAUP message execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the unactivated state of stream i, i be 0 and N between integer.
11. method according to claim 10, is characterized in that, comprising:
Whether described base station and described terminal attribute negotiation through consultation support that at least one is set up before completing and keep unactivated state in Traffic Channel during adfluxion is closed, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer.
12. an application sub-type attribute updating device, is characterized in that, comprising:
Update module, for upgrade the attribute of the agreement of application sub-type by common signal channel.
13. device as claimed in claim 12, is characterized in that, described update module comprises:
The first receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The first updating block, be used for according to described GAUP message at stream 0 and/or flow under 1 state of activation convection current 0 and/or flow 1 and carry out attribute and upgrade.
14. device as claimed in claim 12, is characterized in that, described update module comprises:
The second receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The second updating block, be used for according to the convection current 0 and/or flow 1 and carry out attribute and upgrade under the unactivated state of stream 0 and stream 1 of described GAUP message.
15. device as claimed in claim 12, is characterized in that,
Before the air interface traffic channel of base station and terminal is set up and is completed, stream 0 and/or flow 1 and be in unactivated state.
16. device as described in any one in claim 12 to 15, is characterized in that,
Agreement in described application sub-type comprise following one of at least:
The radio link protocol of the radio link protocol of multithread grouping application, the radio link protocol that strengthens multithread grouping application, multilink multithread grouping application, the radio link protocol of default grouping application.
17. device as claimed in claim 12, is characterized in that,
The attribute of the agreement in described application sub-type comprise following one of at least:
Stream 0 is reverse to the stream protocol parameter of stream N to stream protocol parameter forward direction, the stream 0 of stream N, stream 0 is reverse to the upper-layer protocol of stream N to upper-layer protocol forward direction, the stream 0 of stream N, and wherein, N+1 is the max-flow number of system support.
18. device as claimed in claim 12, is characterized in that,
Described update module comprises: consult submodule, be used for attribute negotiation through consultation and whether support to upgrade by common signal channel the attribute of the agreement of application sub-type.
19. device as described in claim 12 or 18, is characterized in that, described update module comprises:
The first negotiation element, be used for attribute negotiation through consultation and whether support at least one operation of execution of sets of operations, described operational set comprises N+1 operation, and wherein i+1 is operating as: convection current i carries out attribute and upgrades under the state of activation of stream i, i be 0 and N between integer;
The first receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The first updating block, be used for carrying out according to described GAUP message the renewal of stream attribute.
20. device as described in claim 12 or 18, is characterized in that, described update module comprises:
The second negotiation element, whether be used for through consultation attribute negotiation supports adfluxion to close at least one to set up before completing and keep unactivated state in Traffic Channel, be that its default state of activation comes into effect after Traffic Channel foundation is completed, described adfluxion is closed and is comprised N+1 stream, wherein i+1 stream for stream i, i be 0 and N between integer;
The second receiving element, for receiving the General attribute update protocol GAUP message of application sub-type on the past reverse common channel;
The second updating block, be used for carrying out according to described GAUP message the renewal of stream attribute.
21. an application sub-type attribute update method, is characterized in that, comprising:
The first property set of the attribute by the agreement comprising application sub-type and comprise that the mode of switching between second property set of attribute of agreement of application sub-type is carried out and upgrade operation.
22. method as claimed in claim 21, is characterized in that, comprising:
Switch between described the first property set and described the second property set, comprising:
In the process that the interface business channel of eating dishes without rice or wine of base station and terminal is set up, by the General attribute update protocol GAUP message that gets, switch between described the first property set and described the second property set.
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