CN101047706A - Session control system and method for access network - Google Patents
Session control system and method for access network Download PDFInfo
- Publication number
- CN101047706A CN101047706A CNA2006100674014A CN200610067401A CN101047706A CN 101047706 A CN101047706 A CN 101047706A CN A2006100674014 A CNA2006100674014 A CN A2006100674014A CN 200610067401 A CN200610067401 A CN 200610067401A CN 101047706 A CN101047706 A CN 101047706A
- Authority
- CN
- China
- Prior art keywords
- layer
- conversation
- access network
- conversations
- session
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Landscapes
- Data Exchanges In Wide-Area Networks (AREA)
Abstract
This invention relates to an access network session control system including: an automatic collocation server and a loading control subsystem, in which, the automatic collocation server is used in receiving the registration request of two-layer session ability of users and assigning two-layer session identifications to the service or applying for a two-layer session identification to the subsystem, which negotiates with the automatic assigning server about the identification and receives the user information and identification sent by the server to find out IP edge devices and access network device based on the user information and sets two-layer session and resource distribution based on the identification and default priority of the user, which can set up an end to end connection logically between users and IP Edge.
Description
Technical field
The present invention relates to the system of telecommunication service quality control, refer to a kind of Access Network conversation control system and method especially.
Background technology
ETSI (ETSI), International Standards Organization such as (ITU-T) of standardization department of international telecommunication union telecommunication think that all Next Generation Telecommunication Networks is structured in IP or packet switching is online.Along with the continuous development of technology, on IP, provide the technological trend of unification of three nets to manifest day by day.But the design original intention of IP network only is the interconnection problems that solves the equipment that is positioned at different places, has great opening.Also be just to be able to the significant progress that obtained in short Internet technology during the decade because of it is open, substantially spread to family, and become people's daily life and work in indispensable part.Simultaneously, also, can't guarantee the professional service quality and the safety of customer access network because it is open and only provide interconnection capability.
The purpose of service quality is exactly to be various communication services, comprises data, image, speech, multimedia or the like, and providing reliably end to end, service quality guarantees.
Concrete Qos problem mainly contains:
Time delay: be meant that the IP packets of information is from sending to the time interval of reception;
Shake: refer on the paths variation of different grouping (packets of information) propagation delay time in the data flow;
Packet loss: refer to that when network congestion certain business is permissible maximum packet loss in network, etc.
These problems affect are to the telecommunication service reliability of service, for example: the reliability of connection, the time that connects, retention time etc.Solution service quality (Qos) problem is the important topic in the network development.
Telecommunications network PSTN has passed through the continuous evolution of decades because of being closed system, just develop into multiple services networks such as collection intelligent network, DDN, but it safe and reliable service quality that possesses has obtained public widely knowledge.But itself technical problem can't be to the same broadband service in the Internet.
At present Next Generation Telecommunication Networks faces the problem that needs to solve and provides reliable service quality as PSTN, and last " one kilometer " of the development of puzzlement broadband also is to have service quality problem equally, because there is bigger convergence ratio in Access Network, realize that reliable service quality just need undergo technological transformation to this " one kilometer ", just transforms the Access Network of metropolitan area network.
At present ETSI TISPAN working group adopt as shown in Figure 1 network configuration the later network in IP edge (IP Edge) is carried out QoS control, wherein, the carrying control subsystem is by Access-Resource and Admission Control Function (Access-ResourceAllocation Control Function accommodating access resource function), SPDF (Service PolicyDecision Function is based on the decision function of business game), RCEF (Resource ControlEnforce Function Resource Control Enforcement Function), CBGF (Core Border Gateway Function core edge gateway function) constitutes, and Access-Resource and Admission Control Function is responsible for controlling RCEF according to business demand and the strategy of user profile such as NASS and SPDF; RCEF is responsible for controlling the resource allocation and the policy distribution of transport layer; SPDF obtains professional resource allocation demand and strategy from Gq interface, and these are distributed to Access-Resource and Admission Control Function and CBGF; It is mutual that business is passed through Gq ' or Gq interface and carrying control subsystem, and IP edge device (IP Edge) passes through Ra or other interactive interfacings with Access Network (AN) equipment; Be responsible for setting up that user terminal is connected with the AN network is home gateway (CNG:Custom Network Gateway), this CNG might be that a part of Access Network also may be a part of user terminal.Its service call process as shown in Figure 2, step is as follows: (1) subscriber equipment (CPE) sends register requirement to service server; (2) CPE sends out service call super to service server; (3) CPE and the service server session resource requirement of holding consultation; (4) service server is to the resource reservation application of carrying control subsystem initiation session; (5) the carrying control subsystem is sent Session Resources to IP Edge and is reserved signaling, and sends the admittance response by IP Edge to the carrying control subsystem; (6) the carrying control subsystem is sent the application of resource reservation success to service server; (7) business allows to continue.
Though the Qos managerial ability that this network configuration of ETSI TISPAN working group is strengthened to a certain extent, it is defectiveness still, and reason is that it has only stayed a logic interfacing to Access Network, is not described in detail.As Access Networks such as DSL the traffic aggregation of a large number of users being got up to deliver to IP Edge carries out two layers of termination and provides professional, and the control system (Access-Resource and Admission Control Function and SPDF) by TISPAN can solve the service quality from IP Edge to IP Edge, but can't solve from the user to the service quality the IP Edge.Because lack the Ra interface in the existing system of TISPAN,, also can't guarantee the service quality of user uplink to IP Edge so can't obtain the topology information of Access Network.Widely used ADSL access technology can partly solve up service quality problem by the differential service mode owing to adopt the little and big discharge model of downlink bandwidth of upstream bandwidth.But it is, above-mentioned just particularly outstanding to the service quality problem between the IP Edge the user along with emerging access technology such as GPON, SH.DSL etc. adopt the little discharge model of upstream and downstream bandwidth size differences.
Summary of the invention
The system and method that the purpose of this invention is to provide a kind of Access Network session control managing and to control access net system effectively, and solves the user to the service quality problem between the IP Edge.
A kind of Access Network conversation controlling method of the present invention may further comprise the steps:
Dynamic negotiation two layer conversations between step 1, user and Automatic Configuration Server;
Step 2, realize the resource reservation of two layer conversations according to two layer conversations signs.
Described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign.
Described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
Described two layers of information are as index, the type of service or the priority of sign session.
Described step 1 also comprises the following steps:
Consult two layer conversation abilities between step 1A, user and Automatic Configuration Server;
Step 1B, Automatic Configuration Server directly distribute corresponding two layer conversations sign according to the registered business of user, or to carrying control subsystem application two layer conversations sign;
Step 1C, Automatic Configuration Server are pushed to user gateway with two layer conversations sign;
Step 1D, Automatic Configuration Server are pushed to the carrying control subsystem with this user profile and two layer conversations sign;
Step 1E, carrying control subsystem find the access network equipment of corresponding IP edge device according to user profile, according to two layer conversations two layer conversations are set.
Described user profile comprises user's IP address, logical link ID at least.
Described step 2 also comprises the following steps:
2A, service server are to carrying control subsystem application resource reservation;
2B, carrying control subsystem are checked the two layer conversations sign of this user's IP address correspondence, initiate the resource reservation of two layer conversations and service conversation simultaneously to the IP edge device;
2C, IP edge device are initiated the resource reservation application according to IP address and two layer conversations sign to Access Network;
After 2D, Access Network were finished resource reservation, the IP edge device was that two layer conversations and service conversation distribute reserved resource, and sets up the mapping of two layer conversations to service conversation;
2E, permission business continuing.
Comprise again behind the step 1E: when the business end when user gateway registration and application use IP to connect, IP, link or the physical message of the type of the business that provides according to the business end with gateway and the strategy of two layer conversations are set up the mapping that identifies two corresponding layer conversations with two layer conversations of described business.
Comprise again behind the step 2C: when access network equipment directly during the leading subscriber gateway, access network equipment is initiated the resource reservation application of this two layer conversation to user gateway.
The present invention provides a kind of Access Network conversation control system in addition, comprising: Automatic Configuration Server, carrying control subsystem, wherein,
Described Automatic Configuration Server is used to receive the register requirement of user's two layer conversation abilities, and directly is traffic assignments two layer conversations sign or to carrying control subsystem application two layer conversations sign;
Described carrying control subsystem and Automatic Configuration Server are consulted two layer conversations sign, and the user profile and two layer conversations that receive the Automatic Configuration Server transmission identify, and find corresponding IP edge device and access network equipment according to user profile, according to two layer conversations sign and user's default priorities two layer conversations and resource allocation are set.
Described two layer conversations refer to and can use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign.
Described two layers of information can increase the type of service attribute of session, the priority attribute of session.
Described two layers of information are as index, the type of service or the priority of sign session.
Described system also comprises user terminal, mutual with Automatic Configuration Server, this user terminal is made up of business end and user gateway, and user gateway is connected with the IP that Access Network links to each other with maintenance in order to foundation, and professional end is connected transmit traffic data in order to the IP professional and that user gateway provides that terminates.
Described system also comprises service server, mutual with described user terminal, Automatic Configuration Server and carrying control subsystem, receive the user profile that Automatic Configuration Server transmits, and after the call request of receiving user terminal, send the resource reservation application to the carrying control subsystem.
Described system also comprises transport layer equipment, with described user terminal, the carrying control subsystem mutual.This transport layer equipment comprises access network equipment, IP edge device at least, and described access network equipment and IP edge device are realized mutual by the Ra interface.
The present invention provides a kind of Access Network conversation controlling method in addition, comprising:
Dynamic negotiation two layer conversations between step a, user terminal and service server;
Step b, realize the resource reservation of the service conversation of Access Network according to two layer conversations signs;
Step c, user terminal interactive service data on two layer conversations, access network equipment or home gateway carry out the control of Business Stream according to the resource of two layer conversations, and the IP edge device is realized the data forwarding between two layer conversations and the three layer conversation.
Described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign; Three layer conversation is meant to use and contains the session that three layers or above information index arrive that its sign becomes the three layer conversation sign.
Described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
Described two layers of information are as index, the type of service or the priority of sign session.
Described step a also comprises the following steps:
Step a1, user terminal are registered to service server, consult the two layer conversation abilities of determining simultaneously;
Step a2, user terminal are initiated service call to service server;
Consulting session resource requirement between step a3, user terminal and the service server is consulted two layer conversations sign simultaneously.
Described two layer conversations sign is to identify planning by two layer conversations to realize, or three layer conversation is identified primary part even the index that directly identifies as two layer conversations.
Described step a1 also further comprises:
Carry the two layer conversation abilities of self supporting in step a1.1, the user terminal registration message;
After step a1.2, operation layer server authentication user passed through, according to two layer conversation abilities of IP edge device and access network equipment, informing user terminal adopted concrete a kind of two layer conversation abilities and test session identification number thereof in the message of registration response;
Step a1.3, service server are after definite user terminal has been selected corresponding two layer conversation abilities, notice IP edge device is initiated corresponding two layers of test session, IP edge device notice access network equipment is provided with the information of two layers of test session, success back IP edge device sends the loopback test message to two layers of test session, in case confirm user terminal loopback loopback test message, respond the ability that possesses two layer conversations between IP edge device and the user terminal to service server.
Among the described step a1.3, send the loopback test message to two layer conversations by service server.
Described step b also comprises the following step:
Step b1, service server are initiated the three layer conversation resource reservation to the carrying control subsystem, initiate the resource reservation of two layer conversations simultaneously;
Step b2, IP edge device distribute the resource of three layer conversation, initiate the resource reservation of two layer conversations of access network equipment simultaneously;
Step b3, after access network equipment resource reservation success, the IP edge device is set up the mapping relations of two layer conversations to three layer conversation, returns resource reservation successfully to the carrying control subsystem;
Step b4, carrying control subsystem are reserved successfully to the service server feedback resources, and the business continuing success of service server informing user terminal also transmits two level session information.
Among the described step b2, when the home gateway of user terminal was access network equipment a part of, access network equipment also needed to initiate two layer conversation resource reservation of home gateway.
The present invention provides a kind of Access Network conversation control system in addition, comprising:
Service server is used for and user's consulting session resource requirement, and carries out the negotiation of two layer conversations;
The carrier system in order to receive the resource reservation application of the three layer conversation that described service server initiates, initiates the resource reservation of two layer conversations simultaneously, thereby realizes the resource reservation of the service conversation of Access Network according to two layer conversations sign.
Described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching; Three layer conversation is meant to use and contains the session that three layers or above information index arrive.
Described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
Described two layers of information are as index, the type of service or the priority of sign session.
Described system also comprises user terminal, and it carries the two layer conversation abilities that self supports in registration message, and carries out the negotiation of two layer conversation abilities with described service server.
Described system also comprises transport layer equipment, with described user terminal, the carrying control subsystem mutual, in order to set up the mapping relations of two layer conversations to three layer conversation, return the resource reservation success to described carrying control subsystem, this transport layer equipment comprises access network equipment, IP edge device at least, and described access network equipment and IP edge device are realized mutual by the Ra interface.
The present invention can set up being connected end to end in logic between user and IP Edge, by resource and the strategy of managing this connection, reach the control user in the QoS of Access Network and the purpose of simplification controlling mechanism, thereby solve the user effectively to the uncontrollable problem of the service quality of IP Edge.
Description of drawings
Fig. 1 carries out the network structure that Qos controls for what ETSI TISPAN adopted to the later network of IP Edge.
Fig. 2 is the network configuration workflow diagram of Fig. 1.
Fig. 3 is Access Network conversation control system one an embodiment schematic diagram of the present invention.
Fig. 4 is an embodiment flow chart of Access Network conversation controlling method of the present invention.
Fig. 5 is another embodiment flow chart of Access Network conversation controlling method of the present invention.
Fig. 6 is another embodiment schematic diagram of Access Network conversation control system of the present invention.
Embodiment
Core concept of the present invention is: the notion of having introduced " two layer conversations " for the QoS control that realizes Access Network, thereby between user and IP Edge, set up being connected end to end in logic, by resource and the strategy of managing this connection, reach QoS and the simplification controlling mechanism of control user at Access Network." two layers " at IP layer (three layers), the protocol stack part between IP layer and physical layer, for example MAC of the PVC of ATM, Ethernet etc." two layer conversations " refers to and can use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign." service conversation " refers to direct session by service management, and its sign becomes " service conversation sign ", and this sign is simultaneously as property index such as all stream informations of this session and service quality, and it is unique at whole bearer control layer.
In order to allow two layers of information can identify session, the present invention utilizes original two layers of information or increases by two layers of new information or replace two layers of original information on the basis of two layers of original information and identifies session, can comprise the type of service of session, the attributes such as priority of session during these two layers of information of same, be convenient to AN and do perfect as far as possible QoS control.
As shown in Figure 3, for the AN with Ethernet of the present invention is a kind of Access Network conversation control system of example, comprise subscriber equipment (CPE), Automatic Configuration Server (ACS:Automatic configuration Server), service server, carrying control subsystem (RACS), transport layer (Transport Layer) equipment.
Wherein, RACS comprises SPDF, Access-Resource and Admission Control Function; Transprt Layer equipment comprises AN, IP Edge, core edge node (Core Border Node).It is mutual that service server passes through Gq ' or Gq interface and RACS; RACS is mutual by La, Re, Ra interface and Transprt Layer equipment; ACS can carry out signaling with service server and carrying control subsystem and transmit; User terminal is made up of business end (TE) and two parts of user gateway (CNG), user gateway (can be the software module of the realization IP agreement of TE) is responsible for foundation and is connected with the IP that Access Network AN links to each other with maintenance, and professional end is responsible for termination IP professional and that user gateway provides and is connected transmit traffic data.
System of the present invention can increase one or more layers VLANid again and insert frame and identify session in the VLAN of original packet frame format, and the P bit of this Vlan is as the priority of session, and such VLAN is called business or session VLAN.
CNG is in the ability of consulting " two layer conversations " simultaneously in the process of ACS registration (process that IP connectivitys such as landing necessary authentication of network and address assignment is set up is refered in particular in registration here); ACS sends user profile to service server, and to carrying control subsystem application two layer conversations sign, the carrying control subsystem is according to corresponding two layer conversations of user's traffic assignments sign, when after this ACS is identified at registration reply message with professional two corresponding layer conversations or directly be pushed to CNG;
When the user after ACS succeeds in registration, ACS notice carrying control subsystem (RACS) and this user of service server have been registered in the network, and RACS finds corresponding IP Edge according to information such as user's IP address, logical link IDs and AN equipment identifies according to two layer conversations and user's default priorities is provided with two layer conversations and resource allocation;
Obtain professional two corresponding layer conversations sign and corresponding strategy (bandwidth thereof at CNG, time delay, attributes such as gate) after, when TE when CNG registration and application use IP to connect, the IP of the type of the business that CNG provides according to TE, the strategy of information such as link or physics and two layer conversations, the mapping of two layer conversations that foundation is corresponding with the two layer conversations sign of this business (for example, when a TE adopts IP1 that business is provided, the follow-up IP traffic that only simply the IP traffic of IP1 is mapped as two layer conversations of CNG), if it is a plurality of when professional that TE provides simultaneously, user gateway is mapped to business in the two corresponding layer conversations according to the two layer conversations sign of business, and user gateway is not handled the content of two layer conversations, directly transparent transmission.
After user terminal was initiated service call, the two layer conversations sign of this user's IP correspondence was checked in the application that service server sends resource reservation to the carrying control subsystem, carrying control, initiated the resource reservation of two layer conversations and service conversation simultaneously to IP Edge;
IP Edge initiates the resource reservation application according to IP address and two layer conversations sign to AN;
After AN (CNG) finished resource reservation, IP Edge after two layer conversations become distribution of work reserved resource with service conversation, set up the mapping of two layer conversations to service conversation.Afterwards, carrying control sends the signaling of resource reservation success to service network, and business allows to continue.
Be illustrated in figure 4 as an embodiment flow chart of Access Network conversation controlling method of the present invention, comprise the following steps: in this embodiment
(1) user sends registration (process that IP connectivitys such as landing necessary authentication of network and address assignment is set up is refered in particular in registration here) request to Automatic Configuration Server, and simultaneously the ability of two layer conversations is registered.
" two layer conversations " refers to and can use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign.In order to allow two layers of information can identify session, it is considered herein that to utilize original two layers of information or increase by two layers of new information on the basis of two layers of original information or replace two layers of original information to identify session and can comprise the type of service of session, the attributes such as priority of session simultaneously, be convenient to AN and do perfect as far as possible QoS control.AN with Ethernet is an example, can increase one or more layers VLAN id again and insert frame and identify session in the VLAN of original packet frame format, and the P bit of this Vlan is as the priority of session, and such VLAN is called business or session VLAN.
(2) ACS transmits user profile to service server.
Described user profile comprises user's IP address, logical link ID etc.
(3) ACS identifies to carrying control subsystem application two layer conversations according to user's business.If ACS can distribute two layer conversations sign voluntarily, then this step is omitted.
(4) ACS is pushed to CNG with professional two corresponding layer conversations sign.
This two layer conversations sign can be pushed to CNG when the registration response, perhaps directly be pushed to CNG.Obtain professional two corresponding layer conversations sign and corresponding strategy (bandwidth thereof at CNG, time delay, attributes such as gate) after, when TE when CNG registration and application use IP to connect, the IP of the type of the business that CNG provides according to TE, the mapping of two layer conversations that the strategy foundation of information such as link or physics and two layer conversations is corresponding with the two layer conversations sign of this business (for example, when a TE adopts IP1 that business is provided, the follow-up IP traffic that only simply the IP traffic of IP1 is mapped as two layer conversations of CNG), if it is a plurality of when professional that TE provides simultaneously, user gateway is mapped to business in the two corresponding layer conversations according to the two layer conversations sign of business, and user gateway is not handled the content of two layer conversations, directly transparent transmission.
(5) ACS is pushed to the carrying control subsystem with this user profile and two layer conversations sign.
(6) the carrying control subsystem finds corresponding IP Edge and AN equipment according to user profile, and two layer conversations and resource allocation are set.
When the user after ACS succeeds in registration, ACS notice carrying control subsystem and service server have been registered in the network, carrying control is found corresponding IPEdge and AN equipment according to information such as user's IP address, logical link IDs, according to two layer conversations sign and user's default priorities two layer conversations and resource allocation is set.
(7) professional end is initiated service call to service server.
(8) service server is to carrying control subsystem control application resource reservation.
(9) the carrying control subsystem is checked the two layer conversations sign of user's IP correspondence, initiates the resource reservation of two layer conversations and service conversation simultaneously to IP Edge.
(10) IP Edge initiates the resource reservation application according to IP address and two layer conversations sign to AN.
If AN can send out direct management CNG AN so also needs to initiate to CNG the resource reservation application of this two layer conversation, otherwise ignore.
(11) after AN finished resource reservation, IP Edge equipment was that two layer conversations and service conversation distribute reserved resource, and sets up the mapping of two layer conversations to service conversation.
(12) reserve successfully.
(13) allow business continuing.
By above-mentioned control method, can between user and IP Edge, set up being connected end to end in logic, by resource and the strategy of managing this connection, reach the control user in the QoS of Access Network and the purpose of simplification controlling mechanism, thereby solve the user effectively to the uncontrollable problem of the service quality of IP Edge.
As shown in Figure 5, be another embodiment flow chart of a kind of Access Network conversation controlling method of the present invention.This method comprises the following steps:
(1) user terminal is registered to service server, consults the two layer conversation abilities of determining simultaneously.
Because user terminal CPE need pass through home gateway CNG and AN, therefore need to confirm whether CNG and AN can support to support passing through with corresponding resource reservation of two layer conversations to handle, at CPE in the process that service server is registered, the negotiation that need carry out two layer conversation abilities determines that possessing two layer conversation abilities from CPE and IP Edge (can certainly determine the negotiations process of the two layer conversation abilities of IPEdge and AN below then ignoring by static configuration, directly notify the user to adopt concrete secondary session ability), it specifically comprises:
Carry the two layer conversation abilities of self supporting in the user terminal registration message, for example possess and add VLAN as session identification, the concrete number of plies and other relevant informations;
Service server by the two layer conversation abilities of back according to IP Edge and AN, notifies the user to adopt concrete a kind of two layer conversation abilities (for example adding VLAN identifies as two layer conversations) and test session identification number (for example VLAN 100) thereof in authenticated user in the message of registration response;
Operation layer notifies IP Edge to initiate corresponding " two layers of test session " after definite user has selected corresponding two layer conversation abilities, IP Edge notice AN is provided with (also may comprise CNG) information of two layers of test session, success back IP Edge sends " loopback " test packet (also can have operation layer to initiate certainly) to two layers of test session, in case confirm CPE loopback " loopback " test packet, respond the ability that possesses two layer conversations between IP Edge and the CPE to operation layer;
Operation layer succeeds in registration to user notification, and after this user can initiate service call.
(2) user terminal is initiated service call.
(3) service server and the required resource of user terminal consulting session, consult two layer conversations sign simultaneously, and guarantee that it is unique in IP Edge and AN and (can realize for example there is not professional one the two layer conversation space that oneself is all arranged by two layer conversations sign planning simply here; Also can directly three layer conversation be identified primary part even index) with the three layer conversation sign directly as a part of two layer conversations sign as two layer conversations sign.
(4) operation layer is initiated the resource reservation of two layer conversations when bearer control layer is initiated the resource reservation of three layer conversation.The three layer conversation sign refers to use and contains the session that information index arrives more than three layers or three layers, its sign becomes the three layer conversation sign, this sign is unique simultaneously as property index such as all stream informations of this session and service quality at whole bearer control layer.
(5) the carrying control subsystem is sent the negotiation of AN two layer conversations, resource reservation to the IP edge device.
(6) IP Edge initiates the resource reservation (when the CNG of user terminal was AN a part of, AN also needed to initiate the two layer conversation resource reservation processes of CNG) of two layer conversations of AN when distributing the resource of three layer conversation.
(7) after the success of AN resource reservation, IP Edge sets up the mapping relations of two layer conversations to three layer conversation, returns the resource reservation success to carrying control.
(8) carrying control is reserved successfully and two layers, three layer conversation information to the operation layer feedback resources, success of operation layer informing user terminal business continuing and two level session information thereof.
(9) user's interactive service data on two layer conversations, AN (CNG) carries out Business Stream control according to the resource of two layer conversations, and IPEdge realizes the data forwarding between two layer conversations and the three layer conversation.
As shown in Figure 6, be another embodiment schematic diagram of a kind of Access Network conversation control system of the present invention.This system comprises:
Service server is used for and user's consulting session resource requirement, and carries out the negotiation of two layer conversations;
The carrying control subsystem in order to receive the resource reservation application of the three layer conversation that described service server initiates, is initiated the resource reservation of two layer conversations simultaneously, thereby is realized the resource reservation of the service conversation of Access Network by two layer conversations.
User terminal, it carries the two layer conversation abilities that self supports in registration message, and carries out the negotiation of two layer conversation abilities with described service server.
Transport layer equipment, with described user terminal, the carrying control subsystem mutual, in order to set up the mapping relations of two layer conversations to three layer conversation, return the resource reservation success to described carrying control subsystem, this transport layer equipment comprises access network equipment, IP edge device at least, and described access network equipment and IP edge device are realized mutual by the Ra interface.
Because user terminal CPE need pass through home gateway CNG and AN, therefore need to confirm whether CNG and AN can support to support passing through with corresponding resource reservation of two layer conversations to handle, at CPE in the process that service server is registered, the negotiation that need carry out two layer conversation abilities determines that possessing two layer conversation abilities from CPE and IP Edge (can certainly determine the negotiations process of the two layer conversation abilities of IPEdge and AN below then ignoring by static configuration, directly notify the user to adopt concrete secondary session ability), roughly process is as follows:
Carry the two layer conversation abilities of self supporting in the CPE registration message, for example possess and add VLAN as session identification, the concrete number of plies and other relevant informations;
By the two layer conversation abilities of back according to IP Edge and AN, informing user terminal adopts concrete a kind of two layer conversation abilities (for example adding VLAN identifies as two layer conversations) and test session identification number (for example VLAN 100) thereof to service server in the message of registration response in authenticated user;
Service server notifies IP Edge to initiate corresponding " two layers of test session " after definite user terminal has been selected corresponding two layer conversation abilities, IP Edge notice AN is provided with (also may comprise CNG) information of two layers of test session, success back IP Edge sends " loopback " test packet (also can have service server to initiate certainly) to two layers of test session, in case confirm CPE loopback " loopback " test packet, respond the ability that possesses two layer conversations between IP Edge and the CPE to service server.
Service server succeeds in registration to user notification, and after this user can initiate service call.
The process of initiating service call at user terminal with original be the same, but subsequent treatment need be done some changes:
In the required resource of consulting session, consult two layer conversations sign and guarantee its unique (can passing through two layer conversations sign planning simply here and realize for example there is not professional one the two layer conversation space that oneself is all arranged in IP Edge and AN; Also can directly three layer conversation be identified primary part even index) with the three layer conversation sign directly as a part of two layer conversations sign as two layer conversations sign;
Service server is initiated the resource reservation of two layer conversations when the carrying control subsystem is initiated resource reservation (three layers);
IP Edge initiates the resource reservation (when the CNG of user terminal was AN a part of, AN also needed to initiate the two layer conversation resource reservation processes of CNG) of two layer conversations of AN when distributing the resource of three layer conversation;
After the success of AN resource reservation, IP Edge sets up the mapping relations of two layer conversations to three layer conversation, returns the resource reservation success to the carrying control subsystem;
The carrying control subsystem is reserved successfully to the service server feedback resources, success of service server informing user terminal business continuing and two level session information thereof;
After this, the user is interactive service data on two layer conversations, and AN (CNG) carries out Business Stream control according to the resource of two layer conversations, and IPEdge realizes the data forwarding between two layer conversations and the three layer conversation.
Novel Access Network conversation control system of the present invention can be acted on behalf of (Proxy) or continue (Relay) to the service interaction of user terminal by home gateway (CNG:Custom NetworkGateway) or residential gateway (RG:Residential Gateway), replaces user terminal to carry out above-mentioned flow processing.
By above-mentioned system, can between user and IP Edge, set up being connected end to end in logic, by resource and the strategy of managing this connection, reach the control user in the QoS of Access Network and the purpose of simplification controlling mechanism, thereby solve the user effectively to the uncontrollable problem of the service quality of IP Edge.
Above-mentioned embodiment only is used to illustrate the present invention, and non-limiting the present invention.
Claims (32)
1, a kind of Access Network conversation controlling method is characterized in that, may further comprise the steps:
Dynamic negotiation two layer conversations between step 1, user and Automatic Configuration Server;
Step 2, realize the resource reservation of Access Network service conversation according to two layer conversations signs.
2, Access Network conversation controlling method as claimed in claim 1 is characterized in that, described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign.
3, Access Network conversation controlling method as claimed in claim 2 is characterized in that, described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
4, Access Network conversation controlling method as claimed in claim 2 is characterized in that, described two layers of information are as index, the type of service or the priority of sign session.
5, Access Network conversation controlling method as claimed in claim 1 is characterized in that, described step 1 also comprises the following steps:
Consult two layer conversation abilities between step 1A, user and Automatic Configuration Server;
Step 1B, Automatic Configuration Server directly distribute corresponding two layer conversations sign according to the registered business of user, or to carrying control subsystem application two layer conversations sign;
Step 1C, Automatic Configuration Server are pushed to user gateway with two layer conversations sign;
Step 1D, Automatic Configuration Server are pushed to the carrying control subsystem with user profile and two layer conversations sign;
Step 1E, carrying control subsystem find the access network equipment of corresponding IP edge device according to user profile, according to two layer conversations sign two layer conversations are set.
6, Access Network conversation controlling method as claimed in claim 5 is characterized in that, described user profile comprises user's IP address, logical link ID at least.
7, Access Network conversation controlling method as claimed in claim 5, it is characterized in that, comprise again behind the step 1E: when the business end when user gateway registration and application use IP to connect, IP, link or the physical message of the type of the business that provides according to the business end with gateway and the strategy of two layer conversations are set up the mapping that identifies two corresponding layer conversations with two layer conversations of described business.
8, Access Network conversation controlling method as claimed in claim 1 is characterized in that, described step 2 also comprises the following steps:
2A, service server are to carrying control subsystem application resource reservation;
2B, carrying control subsystem are checked the two layer conversations sign of this user's IP address correspondence, initiate the resource reservation of two layer conversations and service conversation simultaneously to the IP edge device;
2C, IP edge device are initiated the resource reservation application according to IP address and two layer conversations sign to Access Network;
After 2D, Access Network were finished resource reservation, the IP edge device was that two layer conversations and service conversation distribute reserved resource, and sets up the mapping of two layer conversations to service conversation;
2E, permission business continuing.
9, Access Network conversation controlling method as claimed in claim 8 is characterized in that, comprises again behind the step 2C: when access network equipment directly during the leading subscriber gateway, access network equipment is initiated the resource reservation application of this two layer conversation to user gateway.
10, a kind of Access Network conversation control system is characterized in that, comprising: Automatic Configuration Server, carrying control subsystem, wherein,
Described Automatic Configuration Server is used to receive the register requirement of user's two layer conversation abilities, and directly is traffic assignments two layer conversations sign or to carrying control subsystem application two layer conversations sign;
Described carrying control subsystem and Automatic Configuration Server are consulted two layer conversations sign, and the user profile and two layer conversations that receive the Automatic Configuration Server transmission identify, and find corresponding IP edge device and access network equipment according to user profile, according to two layer conversations sign and user's default priorities two layer conversations and resource allocation are set.
11, Access Network conversation control system as claimed in claim 10 is characterized in that, described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign.
12, Access Network conversation control system as claimed in claim 11 is characterized in that, described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
13, Access Network conversation control system as claimed in claim 11 is characterized in that, described two layers of information are as index, the type of service or the priority of sign session.
14, Access Network conversation control system as claimed in claim 10, it is characterized in that, also comprise user terminal, mutual with Automatic Configuration Server, this user terminal is made up of business end and user gateway, user gateway is connected with the IP that Access Network links to each other with maintenance in order to foundation, and professional end is connected transmit traffic data in order to the IP professional and that user gateway provides that terminates.
15, Access Network conversation control system as claimed in claim 10, it is characterized in that, also comprise service server, mutual with described user terminal, Automatic Configuration Server and carrying control subsystem, receive the user profile that Automatic Configuration Server transmits, and after the call request of receiving user terminal, send the resource reservation application to the carrying control subsystem.
16, Access Network conversation control system as claimed in claim 10, it is characterized in that, also comprise transport layer equipment, with described user terminal, the carrying control subsystem mutual, this transport layer equipment comprises access network equipment, IP edge device at least, and described access network equipment and IP edge device are realized mutual by the Ra interface.
17, a kind of Access Network conversation controlling method is characterized in that, comprising:
Dynamic negotiation two layer conversations between step a, user terminal and service server;
Step b, realize the resource reservation of the service conversation of Access Network according to two layer conversations signs;
Step c, user terminal interactive service data on two layer conversations, access network equipment or home gateway carry out the control of Business Stream according to the resource of two layer conversations, and the IP edge device is realized the data forwarding between two layer conversations and the three layer conversation.
18, Access Network conversation controlling method as claimed in claim 17 is characterized in that, described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign; Three layer conversation is meant to use and contains the session that three layers or above information index arrive that its sign becomes the three layer conversation sign.
19, Access Network conversation controlling method as claimed in claim 18 is characterized in that, described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
20, Access Network conversation controlling method as claimed in claim 18 is characterized in that, described two layers of information are as index, the type of service or the priority of sign session.
21, Access Network conversation controlling method as claimed in claim 17 is characterized in that, described step a also comprises the following steps:
Step a1, user terminal are registered to service server, consult the two layer conversation abilities of determining simultaneously;
Step a2, user terminal are initiated service call to service server;
Consulting session resource requirement between step a3, user terminal and the service server is consulted two layer conversations sign simultaneously.
22, Access Network conversation controlling method as claimed in claim 21 is characterized in that, described two layer conversations sign is to identify planning by two layer conversations to realize, or three layer conversation is identified primary part even the index that directly identifies as two layer conversations.
23, Access Network conversation controlling method as claimed in claim 21 is characterized in that, described step a1 also further comprises:
Carry the two layer conversation abilities of self supporting in step a1.1, the user terminal registration message;
After step a1.2, service server authenticated user were passed through, according to two layer conversation abilities of IP edge device and access network equipment, informing user terminal adopted concrete a kind of two layer conversation abilities and test session identification number thereof in the message of registration response;
Step a1.3, service server are after definite user terminal has been selected corresponding two layer conversation abilities, notice IP edge device is initiated corresponding two layers of test session, IP edge device notice access network equipment is provided with the information of two layers of test session, success back IP edge device sends the loopback test message to two layers of test session, in case confirm user terminal loopback loopback test message, respond the ability that possesses two layer conversations between IP edge device and the user terminal to service server.
24, Access Network conversation controlling method as claimed in claim 23 is characterized in that, among the step a1.3, sends the loopback test message by service server to two layer conversations.
25, Access Network conversation controlling method as claimed in claim 17 is characterized in that, described step b also comprises the following step:
Step b1, service server are initiated the three layer conversation resource reservation to the carrying control subsystem, initiate the resource reservation of two layer conversations simultaneously;
Step b2, IP edge device distribute the resource of three layer conversation, initiate the resource reservation of two layer conversations of access network equipment simultaneously;
Step b3, after access network equipment resource reservation success, the IP edge device is set up the mapping relations of two layer conversations to three layer conversation, returns resource reservation successfully to the carrying control subsystem;
Step b4, carrying control subsystem are reserved successfully to the service server feedback resources, and the business continuing success of service server informing user terminal also transmits two level session information.
26, Access Network conversation controlling method as claimed in claim 25 is characterized in that, among the described step b2, when the home gateway of user terminal was access network equipment a part of, access network equipment also needed to initiate two layer conversation resource reservation of home gateway.
27, a kind of Access Network conversation control system is characterized in that, comprising:
Service server is used for and user's consulting session resource requirement, and carries out the negotiation of two layer conversations;
The carrying control subsystem in order to receive the resource reservation application of the three layer conversation that described service server initiates, is initiated the resource reservation of two layer conversations simultaneously, thereby is realized the resource reservation of the service conversation of Access Network according to two layer conversations sign.
28, Access Network conversation control system as claimed in claim 27 is characterized in that, described two layer conversations are meant use one or more two layers of session that information index arrives during conversation switching, and two layers of information that identify two layer conversations become two layer conversations sign; Three layer conversation is meant to use and contains the session that three layers or above information index arrive that its sign becomes the three layer conversation sign.
29, Access Network conversation control system as claimed in claim 28 is characterized in that, described two layers of information also comprise the type of service attribute of session, the priority attribute of session.
30, Access Network conversation control system as claimed in claim 28 is characterized in that, described two layers of information are as index, the type of service or the priority of sign session.
31, Access Network conversation control system as claimed in claim 27 is characterized in that, also comprises user terminal, and it carries the two layer conversation abilities that self supports in registration message, and carries out the negotiation of two layer conversation abilities with described service server.
32, Access Network conversation control system as claimed in claim 27, it is characterized in that, also comprise transport layer equipment, with described user terminal, the carrying control subsystem mutual, in order to set up the mapping relations of two layer conversations to three layer conversation, return the resource reservation success to described carrying control subsystem, this transport layer equipment comprises access network equipment, IP edge device at least, and described access network equipment and IP edge device are realized mutual by the Ra interface.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100674014A CN101047706B (en) | 2006-03-27 | 2006-03-27 | Session control system and method for access network |
| PCT/CN2007/000851 WO2007104264A1 (en) | 2006-03-16 | 2007-03-16 | A session control system, method, and session identifier allocation apparatus thereof in an access network |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100674014A CN101047706B (en) | 2006-03-27 | 2006-03-27 | Session control system and method for access network |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101047706A true CN101047706A (en) | 2007-10-03 |
| CN101047706B CN101047706B (en) | 2011-07-06 |
Family
ID=38771919
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100674014A Expired - Fee Related CN101047706B (en) | 2006-03-16 | 2006-03-27 | Session control system and method for access network |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101047706B (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010037333A1 (en) * | 2008-09-23 | 2010-04-08 | 华为技术有限公司 | Access control method, system and network element |
| WO2010094184A1 (en) * | 2009-02-19 | 2010-08-26 | 中兴通讯股份有限公司 | Sending method for qos priority information, pd-fe, trc-fe |
| CN102208988A (en) * | 2010-03-29 | 2011-10-05 | 华为技术有限公司 | Message processing method, system and equipment thereof |
| CN101442473B (en) * | 2007-11-23 | 2012-09-05 | 华为技术有限公司 | Method, equipment and system for managing access session control policy |
| CN101557309B (en) * | 2009-05-07 | 2012-10-03 | 成都市华为赛门铁克科技有限公司 | Network configuration method, client, server and communication system thereof |
| CN110333906A (en) * | 2019-05-16 | 2019-10-15 | 广州明珞汽车装备有限公司 | Method, system, device and the storage medium of equipment are reserved in a kind of quick processing |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020184510A1 (en) * | 2001-04-17 | 2002-12-05 | At&T Wireless Services, Inc. | Binding information for IP media flows |
| CN1176540C (en) * | 2002-04-02 | 2004-11-17 | 华为技术有限公司 | Method for realizing switch in with mixed multiple users'types in Ethernet network switch in devices |
| JP2004334537A (en) * | 2003-05-07 | 2004-11-25 | Sony Corp | Program processing system and method, and computer program |
-
2006
- 2006-03-27 CN CN2006100674014A patent/CN101047706B/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101442473B (en) * | 2007-11-23 | 2012-09-05 | 华为技术有限公司 | Method, equipment and system for managing access session control policy |
| WO2010037333A1 (en) * | 2008-09-23 | 2010-04-08 | 华为技术有限公司 | Access control method, system and network element |
| WO2010094184A1 (en) * | 2009-02-19 | 2010-08-26 | 中兴通讯股份有限公司 | Sending method for qos priority information, pd-fe, trc-fe |
| CN101557309B (en) * | 2009-05-07 | 2012-10-03 | 成都市华为赛门铁克科技有限公司 | Network configuration method, client, server and communication system thereof |
| CN102208988A (en) * | 2010-03-29 | 2011-10-05 | 华为技术有限公司 | Message processing method, system and equipment thereof |
| CN102208988B (en) * | 2010-03-29 | 2013-09-11 | 华为技术有限公司 | Message processing method, system and equipment thereof |
| CN110333906A (en) * | 2019-05-16 | 2019-10-15 | 广州明珞汽车装备有限公司 | Method, system, device and the storage medium of equipment are reserved in a kind of quick processing |
| CN110333906B (en) * | 2019-05-16 | 2023-06-16 | 广州明珞装备股份有限公司 | Method, system, device and storage medium for rapidly processing reserved equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101047706B (en) | 2011-07-06 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1836400A (en) | Controlling data link layer elements with network layer elements | |
| CN1747400A (en) | System and realization for dynamic cooperating service quality in next generation network | |
| CN1832449A (en) | Method for implementing resource preretention of agency requir mode in next network | |
| CN101263695B (en) | Systems, methods, and apparatus for quality of service processing | |
| CN1832447A (en) | Method for implementing user requiring mode resource preretention in net network | |
| CN1701319A (en) | Edge-based per-flow QoS admission control in a data network | |
| CN1511279A (en) | Strategy based synchronization for each resource between routers in data networks | |
| CN1832448A (en) | Method for implementing resource preretention of inserted allocation mode in next network | |
| CN1498372A (en) | Pool-based resource management in data network | |
| US20070160045A1 (en) | Conserving network capacity by releasing QoS resources | |
| CN1747467A (en) | Resource and admission control subsystem and method in NGN | |
| CN101079807A (en) | A mesh relaying method and IP communication system for controlling media transmission path | |
| CN1618248A (en) | Station apparatus, method for resource allocation in station apparatus and mobile communication system | |
| CN101047706A (en) | Session control system and method for access network | |
| CN101047586A (en) | Service QoS ensuring method and device for radio mesh network | |
| CN1798079A (en) | Broadband access network of ensuring QoS of survice, and method | |
| CN101060466A (en) | Multiple service access network control system and control method | |
| CN1665238A (en) | Networking system for next generation network | |
| CN1825798A (en) | Method for implementing information stream transmission in next generation network | |
| CN1905746A (en) | Band width distributing method, system and wireless network controller | |
| CN100338911C (en) | Method and apparatus for dynamic bandwidth allocation over an internet protocol telecommunications network | |
| CN1691636A (en) | Method of flow state establishment | |
| CN1798364A (en) | Method for forwarding traffic flow in IP load-carrying network | |
| CN1838616A (en) | Media stream shunting system and method | |
| CN1617508A (en) | Service quality strategy conversion device and method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110706 Termination date: 20150327 |
|
| EXPY | Termination of patent right or utility model |