CN102711192B - Method and device for processing network service quality and communication system - Google Patents
Method and device for processing network service quality and communication system Download PDFInfo
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Abstract
The invention provides a method and a device for processing network service quality and a communication system. The method includes building RRC (radio resource control) connection with an RNC (radio network controller); transmitting a PDP (programmed data processor) context activating request to an SGSN (service GPRS supporting node), wherein the RRC connection building process include type information of service to be transmitted, and the PDP context activating request includes a service characteristic parameter set corresponding to the type information, and the service characteristic parameter set includes at least two transmission request parameters used for describing the services to be transmitted so that the SGSN can determine a QoS (quality of service) template according to the service characteristic parameters. In the method for processing network service quality in the embodiment, transmission requests of the service to be transmitted are characterized by the service characteristic parameter set, so that the network can acquire more detailed QoS templates, QoS requests of users can be reflected accurately, and the wireless network resource can be configured more effectively.
Description
Technical field
The present invention relates to the communication technology, particularly relate to a kind of network service quality processing method, device and communication system.
Background technology
Along with the personalization of user demands, the diversified development of type of service, Virtual network operator more needs effective configuring wireless network resource, and to avoid small-flow service, lower-level user takies large bandwidth resource, causes network resource utilization to reduce.
The configuration of Internet resources realizes mainly through network service quality (Quality of Service, QoS) management and control.In the prior art, subscriber equipment (User Experience, UE) to GPRS serving GPRS support node (Serving GPRS Support Node, SGSN) the QoS demand parameter of the type of service characterizing business to be transmitted is comprised in the PDP context activation request sent, SGSN is according to this QoS demand parameter and be stored in attaching position register (Home Location Register, HLR) the qos parameter comparison of contracting of the user in generates corresponding QoS template, and feed back to radio network controller (Radio Network Controller by PDP context activation response message, and UE RNC), with the configuration making RNC and UE complete wireless network resource.
Because QoS demand parameter respective session class of the prior art, stream class, interactive class and background classes four kinds of types of service are divided into four grades, the QoS template that SGSN is determined according to this QoS demand parameter negotiation accurately can not reflect the requirement of UE to QoS, nor is beneficial to RNC and effectively configures wireless network resource.
Summary of the invention
The invention provides a kind of network service quality processing method, device and communication system, accurately to reflect the demand of subscriber equipment to QoS, more effective configuring wireless network resource.
The invention provides a kind of network service quality report method, comprising:
Set up RRC with RNC to be connected, described RRC connection establishment process comprises the type information of business to be transmitted;
PDP context activation request is sent to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set;
Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Described after the request of SGSN transmission PDP context activation, also comprise:
Receive the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The invention provides another kind of network service quality management-control method, comprising:
Receive the PDP context activation request that subscriber equipment sends, described PDP context activation request comprises the service feature parameter set corresponding with type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of business to be transmitted;
QoS template is determined according to described service feature parameter set;
Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Described determine QoS template according to described service feature parameter set after, also comprise:
To subscriber equipment feedback PDP context activation response message, comprise described QoS template in described PDP context activation response message, described QoS template is the template that SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The invention provides a kind of subscriber equipment, comprising:
Connection establishment module, is connected for setting up RRC with RNC, and described RRC connection establishment process comprises the type information of business to be transmitted;
Sending module, for sending PDP context activation request to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set; Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Also comprise:
First receiver module, for receiving the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The invention provides a kind of SGSN, comprising:
Second receiver module, for receiving the PDP context activation request that UE sends, described PDP context activation request comprises the service feature parameter set corresponding with type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of business to be transmitted; Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Negotiation module, for determining QoS template according to described service feature parameter set;
Also comprise:
Feedback module, for feeding back PDP context activation response message to subscriber equipment, comprise described QoS template in described PDP context activation response message, described QoS template is the template that SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The invention provides a kind of communication system, comprising: RNC and SGSN, wherein, described SGSN adopts above-mentioned SGSN.
In network service quality processing method of the present invention, device and communication system, UE is by sending the PDP context activation request comprising service feature parameter set to SGSN, SGSN can be made according to determining more meticulous QoS template for describing at least two of this business to be transmitted transmission demand parameters in this service feature parameter set, thus accurately can reflect the demand to QoS of UE, and then RNC effectively can be configured to the wireless network resource used needed for UE according to this QoS template.
Accompanying drawing explanation
Fig. 1 is the flow chart of network service quality processing method embodiment one of the present invention;
Fig. 2 is the flow chart of network service quality processing method embodiment two of the present invention;
Fig. 3 is the signaling process figure of network service quality processing method embodiment three of the present invention;
Fig. 4 is the structural representation of subscriber equipment one embodiment of the present invention;
Fig. 5 is the structural representation of another embodiment of subscriber equipment of the present invention;
Fig. 6 is the structural representation of SGSN mono-embodiment of the present invention;
Fig. 7 is the structural representation of another embodiment of SGSN of the present invention;
Fig. 8 is the structural representation of communications system embodiment of the present invention.
Embodiment
Fig. 1 is the flow chart of network service quality processing method embodiment one of the present invention.As shown in Figure 1, the method for the present embodiment, comprising:
Step 101, set up wireless heterogeneous networks be connected (Radio Resource Control, RRC) with RNC, described RRC connection establishment process comprises the type information of business to be transmitted.
Particularly, UE can carry out the mutual of RRC connection establishment process with RNC, can comprise the transmission of the type information of business waiting for transmission on which in this process.
The type information of above-mentioned business to be transmitted can comprise: instant messaging, web page browsing, stream, point-to-point (Peer-to-Peer, P2P), game, file transfer, mail and the networking telephone (Voice over Internet Protocol, VoIP) etc., above-mentioned all types of information can adopt corresponding concrete type of service mark to characterize respectively; Or, also can be characterized the type information of above-mentioned business to be transmitted specifically by the mode increasing additional identification on the basis of existing main flow type of service, such as, interactive class+1 represents instant messaging, interactive class+2 represents web page browsing, background classes+1 representation file transmission etc.
Step 102, send PDP context activation request to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set.
After RRC connection establishment, UE just sends the PDP context activation request comprising service feature parameter set to SGSN by RNC.The type information of the corresponding business to be transmitted of service feature parameter set, as instant messaging, web page browsing, game etc., the type information correspondence one of each business to be transmitted is specifically for describing the service feature parameter set of the transmission demand of the type business.Service feature parameter set in the present embodiment comprises at least two transmission demand parameters, this transmission demand parameter is for describing business to be transmitted, be understandable that, the transmission demand parameter comprised in service feature parameter set is more, the description then treating transport service is more accurate, and the QoS template that SGSN can generate is also accurately meticulousr.
Correspondingly, for SGSN, after receiving the PDP context activation request that UE sends, this SGSN can therefrom parse service feature parameter set, and then, SGSN just can determine QoS template according to this service feature parameter set and user QoS that contracts.This determines the process of QoS template, be specifically as follows, SGSN obtains the user corresponding with this UE and to contract QoS from HLR, then SGSN the user corresponding according to this UE each parameter in QoS and service feature parameter set of contracting can determine QoS template, and this QoS template is included in PDP context activation response message and feeds back to the configuration that RNC and UE completes Internet resources.
The network service quality report method that the present embodiment provides, UE comprises the PDP context activation request of service feature parameter set by sending, SGSN can be made to determine more meticulous QoS template according to each transmission demand parameter in this service feature parameter set, thus accurately can reflect the demand to QoS of UE, and then RNC can effectively be configured further to the wireless network resource used needed for UE.
In another embodiment of the invention, before step 102, can also comprise:
From the mapping relations table of type information and service feature parameter set, extract the described service feature parameter set corresponding with described type information.
Particularly, a mapping relations table can be prestored in UE, this mapping relations table comprises the various possibility type information of business and the service feature parameter set of correspondence, such as, the type information of business to be transmitted can be respectively the various possible concrete type of service of instant messaging, web page browsing, stream, game, file transfer etc., the corresponding service feature parameter set of each type information, the transmission demand parameter in this service feature parameter set can characterize such business to the every transmission demand parameter in transmitting procedure.UE, before the request of transmission PDP context activation, directly can extract corresponding service feature parameter set, then be write in PDP context activation request and send from this mapping relations table.
Service feature parameter set in above-described embodiment, can comprise and transmit demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters.The concrete meaning of parameters is as follows:
Transmission rate parameter, represents that business is to transmission bandwidth, namely to Radio Resource, and the demand taken.It should be noted that, under transmission bandwidth described herein represents satisfied certain Consumer's Experience condition, business carries out in process minimum resources requirement, but not based on the service bandwidth allocation result of existing network resource dispatching strategy.Such as, the requirement of video playback class business to bandwidth is higher, needs higher transmission speed; And instant messaging service, as QQ, micro-letter etc., required bandwidth is less, lower to the requirement of transmission speed.
Flow parameter, expression business carries out the data volume of required transmission in process.In general, the data volume of the required transmission of video class, file transfer class business is comparatively large, flow is high, high to the requirement of flow; And the service traffics of instant message, game class are usually less, that is, lower to traffic requirement; The average discharge of web page browsing class business is then placed in the middle.
Whether continuity parameter, represent in business transmitting procedure and allow to interrupt.In general, P2P class, ftp downloading business all support breakpoint transmission, and in web page browsing class business, only some allows breakpoint transmission, and can regarding as continuity of allowing end points to resume is less demanding.
Promptness parameter, expression business to carry out in process user to the demand for experience of real-time aspect.Under normal circumstances, the business such as session, instant messaging and game on line are comparatively responsive to time delay, namely require higher to promptness, and downloading business are usually lower to the requirement of real-time.
Integrity parameters, represents that business is to the requirement degree of the index such as packet loss, error rate.Usually, VoIP class, video class business etc. can ignore the appearance of packet drop within the specific limits, namely lower to integrity demands; The business such as file transfer, web page browsing is then lower to the tolerance of mistake, that is higher to integrity demands.
Can be represented the transmission demand of a certain business to be transmitted more all sidedly by above five transmission demand parameters, and five transmission demand parameters also can characterize type of service waiting for transmission more exactly.
When specific implementation, above-mentioned transmission demand parameter can adopt N number of bit to represent, described N number of bit is for representing 2 of described transmission demand parameter
nindividual demand levels.
With N=1 for example, for certain transmission demand parameter, it only needs employing two demand levels to describe, then this transmission demand parameter can represent with 1 bit, such as two demand levels are high and low, then can adopt binary " 0 " expression " low ", binary " 1 " expression " height ".It should be noted that, high and lowly can utilize a predetermined threshold value to determine, also be, if exceed predetermined threshold value to the requirement of a certain transmission demand parameter, then the demand levels of this transmission demand parameter is high, if during to the requirement of a certain transmission demand parameter lower than predetermined threshold value, then the demand levels of this transmission demand parameter is low, and choosing of this predetermined threshold value can consider setting according to the many factors such as network condition, type of service.
Service feature parameter set for above-mentioned business to be transmitted comprises transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters five parameters, and each transmission demand parameter bit represents, and represent that the transmission demand parameter represented this bit is low, represent that the transmission demand parameter represented this bit is high with 1 with 0, so, conventional concrete type of service can represent by following table the requirement of above-mentioned five transmission demand parameters respectively:
As can be seen from the above table, for Record Carrier, it is high to transmission rate request, high to traffic requirement, low to continuity requirement, low, high to integrity demands to promptness requirement, and corresponding service feature parameter set is then: { 1,1,0,0,1}.
Certainly, in order to characterize the requirement to certain transmission demand parameter more specifically, more bit can be adopted to represent a certain transmission demand parameter.With N=2 for example, when employing 2 bits represent a transmission demand parameter, then can represent four demand levels to this transmission demand parameter, for example, can represent very high to this transmission demand parameter requirement with 11, represent higher to this transmission demand parameter requirement with 10, represent lower to this transmission demand parameter requirement with 01, represent very low to this transmission demand parameter requirement with 00.Like this, the service feature parameter set granularity reporting network side is thinner, thus SGSN can determine meticulousr QoS template according to this service feature parameter set, thus more effectively configuration network resource.
Adopting the benefit of aforesaid way to be, when needing newly-increased a certain concrete type of service, owing to representing this Added Business type by multiple transmission demand parameter, so, just can indicate the QoS demand of this Added Business without the need to increasing bit wide.Such as, in the present embodiment, when Added Business type is web page browsing, web-browsing service is high to transmission rate request equally, traffic requirement is high, continuity requires that low, promptness requires low, and integrity demands is high, that is web-browsing service can characterize with the service feature parameter set the same with Record Carrier, without the need to increasing bit wide.And the mode of QoS demand parameter in prior art, is reported according to type of service, when Added Business type is different from the four kinds of main flow types of service in existing ground, such as, what newly increase is web-browsing service, also must by increasing bit wide could represent this new type of service.Visible, adopt the method for the present embodiment, while the accuracy improving the QoS template that network side is determined, the increase of the bit wide when Added Business type can also be avoided, be conducive to saving network operation cost.
In an alternative embodiment of the invention, after SGSN sends PDP context activation request, can also comprise:
Receive the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The historical information of described transmission demand parameter refers to, this UE is to the history service condition of certain class business, that is, UE is when carrying out business of the same type transmission before, the actual value of each transmission demand parameter used; Using the historical information of transmission demand parameter as the foundation determining QoS template, the transmission demand parameter that UE reports can be revised further, make QoS template more can reflect the actual demand of UE, further increase the accuracy of QoS template.
Fig. 2 is the flow chart of network service quality processing method embodiment two of the present invention.As shown in Figure 2, the method for the present embodiment, comprising:
The PDP context activation request that step 201, reception subscriber equipment send, described PDP context activation request comprises the service feature parameter set corresponding with described type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted.
Step 202, determine QoS template according to described service feature parameter set.
Specifically, when SGSN receives the PDP context activation request of UE transmission, just described service feature parameter set can be obtained, then, can the user corresponding according to this UE contract QoS and service feature parameter and in each parameter determine QoS template, and this QoS template be included in PDP context activation response message feed back to the configuration that RNC and UE completes Internet resources; Wherein, the user that to be user determine when registering stored in HLR contracts QoS.
Preferably, this service feature parameter set can comprise and transmits demand parameter as follows: transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters.
Further, above-mentioned each transmission demand parameter can adopt N number of bit, and described N number of bit is for representing 2 of described transmission demand parameter
nindividual demand levels.
When service feature parameter set comprises M transmission demand parameter, when each transmission demand parameter represents with N number of bit, then the number of maximum obtainable QoS template is 2
mNindividual; With can only obtain compared with the QoS template identical with main flow type of service (being generally four) quantity in prior art, the refinement rank of QoS template, makes QoS template more accurate greatly.
In an alternative embodiment of the invention, described determine QoS template according to described service feature parameter set after, also comprise:
To subscriber equipment feedback PDP context activation response message, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
In order to ensure the accuracy of the QoS template formulated further, the historical information of transmission demand parameter can be utilized to revise this transmission demand parameter further, then, then the user corresponding according to this UE contract QoS and service feature parameter and in a parameter determine QoS template more accurately.
Particularly, its makeover process can process according to the following formula:
Wherein, α
ii-th the transmission demand parameter reported for UE is current,
for reference bound, Δ is Dynamic gene,
give the correct time on UE the t time, for revising the historical information (be also that the t-1 time gives the correct time, revised i-th that calculates transmits demand parameter) that i-th transmission demand parameter adopts; Then, according to the α that above formula draws
irevised i-th transmission demand parameter A is calculated by following formula
i:
Wherein, β is the weight factor of historical information, and its span is: 0< β <1.
Obtain after revised transmission demand parameter through above-mentioned calculating, the service feature parameter set can revised according to each revised transmission demand parameter composition, obtain corresponding, Business Processing rank more accurately with the user stored in HLR QoS comparison of contracting, and QoS template can be generated according to this Business Processing rank.
In the present embodiment, utilize the historical information of homogeneous transport demand parameter to revise the transmission demand parameter of business to be transmitted, more can embody the actual demand of different business, be conducive to configuration and the scheduling of optimizing wireless network resource.
Fig. 3 is the signaling process figure of network service quality processing method embodiment three of the present invention.As shown in Figure 3, the method for the present embodiment, can comprise:
Step 301, UE and RNC set up RRC and connect, and described RRC connection establishment process comprises the type information of business to be transmitted.
Particularly, UE can carry out the mutual of RRC connection establishment process with RNC, can comprise the type information of business waiting for transmission on which in this process.The type information can adopt the cause value of mark business-type to represent particularly.
Step 302, UE send PDP context activation request to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted.
Preferably, this service feature parameter set can comprise and transmits demand parameter as follows: transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters.
Further, above-mentioned each transmission demand parameter can adopt N number of bit, and described N number of bit is for representing 2 of described transmission demand parameter
nindividual demand levels.
Step 303, SGSN receive this PDP context activation request, parse the service feature parameter set of business to be transmitted, and consult to determine QoS template according to this service feature parameter set and HLR.
Particularly, SGSN obtains the user corresponding with this UE and to contract QoS from HLR, and then SGSN the user corresponding according to this UE each parameter in QoS and service feature parameter set of contracting can determine QoS template.
Step 304, SGSN send PDP context activation response message to UE, comprise QoS template.
Particularly, QoS template can be included in PDP context activation request message by SGSN, and this PDP context activation request message is fed back to RNC and UE, to complete wireless network resource configuration.
The method that the present embodiment provides, service feature parameter set is carried by the PDP context activation request that reports at UE, SGSN can be enable to determine more accurate, meticulous QoS template according to each transmission demand parameter of refinement in this service feature parameter set, reach the object of more effectively configuring wireless network resource.
Fig. 4 is the structural representation of subscriber equipment one embodiment of the present invention.As shown in Figure 4, the subscriber equipment of the present embodiment can comprise: connection establishment module 41, is connected for setting up RRC with RNC, and described RRC connection establishment process comprises the type information of business to be transmitted; Sending module 42, for sending PDP context activation request to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set.
Fig. 5 is the structural representation of another embodiment of subscriber equipment of the present invention, as shown in Figure 5, the present embodiment is on the basis of UE shown in Fig. 4, also comprise: extraction module 43, for in the mapping relations table from type information and service feature parameter set, extract the described service feature parameter set corresponding with described type information.First receiver module 44, for receiving the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The UE of above-described embodiment may be used for performing the technical scheme in preceding method embodiment performed by UE, and it realizes principle and technique effect is similar, repeats no more herein.
Fig. 6 is the structural representation of SGSN mono-embodiment of the present invention, as shown in Figure 6, the SGSN of the present embodiment can comprise: the second receiver module 51, for receiving the PDP context activation request that UE sends, described PDP context activation request comprises the service feature parameter set corresponding with described type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted; Negotiation module 52, for determining QoS template according to described service feature parameter set.
The SGSN of this enforcement may be used for the method performing embodiment of the method shown in Fig. 2, and it realizes principle and technique effect is similar, does not repeat them here.
Fig. 7 is the structural representation of another embodiment of SGSN of the present invention, as shown in Figure 7, the SGSN of the present embodiment is on the basis of SGSN shown in Fig. 6, further, also comprise: feedback module 53, for to subscriber equipment feedback PDP context activation response message, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
The SGSN of above-described embodiment may be used for performing the technical scheme in preceding method embodiment performed by SGSN, and it realizes principle and technique effect is similar, repeats no more herein.
Fig. 8 is the structural representation of communications system embodiment of the present invention, as shown in Figure 8, and the communication system of the present embodiment, can comprise RNC 1 and SGSN 2, wherein, SGSN2 can adopt the SGSN shown in Fig. 6 or Fig. 7, it realizes principle and technique effect is similar, repeats no more herein.
One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (5)
1. a network service quality report method, is characterized in that, comprising:
Set up RRC with RNC to be connected, described RRC connection establishment process comprises the type information of business to be transmitted;
PDP context activation request is sent to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set;
Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Described after the request of SGSN transmission PDP context activation, also comprise:
Receive the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
2. a network service quality management-control method, is characterized in that, comprising:
Receive the PDP context activation request that subscriber equipment sends, described PDP context activation request comprises the service feature parameter set corresponding with type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of business to be transmitted;
QoS template is determined according to described service feature parameter set;
Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Described determine QoS template according to described service feature parameter set after, also comprise:
To subscriber equipment feedback PDP context activation response message, comprise described QoS template in described PDP context activation response message, described QoS template is the template that SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
3. a subscriber equipment, is characterized in that, comprising:
Connection establishment module, is connected for setting up RRC with RNC, and described RRC connection establishment process comprises the type information of business to be transmitted;
Sending module, for sending PDP context activation request to SGSN, described PDP context activation request comprises the service feature parameter set corresponding with described type information, described service feature parameter set comprises at least two for describing the transmission demand parameter of described business to be transmitted, determines QoS template to make described SGSN according to described service feature parameter set; Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Described service feature parameter set, comprises and transmits demand parameter as follows:
Transmission rate parameter, flow parameter, continuity parameter, promptness parameter and integrity parameters;
Also comprise:
First receiver module, for receiving the PDP context activation response message that described SGSN feeds back, comprise described QoS template in described PDP context activation response message, described QoS template is the template that described SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
4. a SGSN, is characterized in that, comprising:
Second receiver module, for receiving the PDP context activation request that UE sends, described PDP context activation request comprises the service feature parameter set corresponding with type information, and described service feature parameter set comprises at least two for describing the transmission demand parameter of business to be transmitted; Described transmission demand parameter adopts N number of bit to represent, described N number of bit is for representing 2N demand levels of described transmission demand parameter, and wherein, N is natural number, N >=1;
Negotiation module, for determining QoS template according to described service feature parameter set;
Also comprise:
Feedback module, for feeding back PDP context activation response message to subscriber equipment, comprise described QoS template in described PDP context activation response message, described QoS template is the template that SGSN generates according to the historical information that user contracts QoS, described service feature parameter set and described transmission demand parameter.
5. a communication system, comprising: RNC and SGSN, it is characterized in that, described SGSN adopts SGSN according to claim 4.
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| CN103491636B (en) * | 2013-10-12 | 2016-07-06 | 中国联合网络通信集团有限公司 | A kind of quality allocation method based on customer service speed and device |
| CN107113909A (en) * | 2015-09-15 | 2017-08-29 | 华为技术有限公司 | A kind of method and apparatus for receiving and dispatching application layer parameter information |
| CN105721345B (en) * | 2016-01-19 | 2019-01-11 | 烽火通信科技股份有限公司 | PTN network QOS bandwidth batch quick deployment method based on type of service |
| CN107786448B (en) * | 2016-08-30 | 2021-11-19 | 华为技术有限公司 | Method and device for establishing forwarding path of service flow |
| CN112019363B (en) * | 2019-05-30 | 2021-12-14 | 华为技术有限公司 | Method, device and system for determining service transmission requirement |
| CN113747513A (en) * | 2020-05-30 | 2021-12-03 | 华为技术有限公司 | Service quality management method and device |
| CN115225498A (en) * | 2021-03-29 | 2022-10-21 | 中国移动通信集团广东有限公司 | Office data configuration method and device |
| CN115720191A (en) * | 2022-10-09 | 2023-02-28 | 福建星网智慧软件有限公司 | Method, system and network equipment for automatically configuring QoS based on network service |
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