CN101026632A - Internet based controllable business network system configuration network system - Google Patents
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Abstract
The invention adds an iCOSA layer between bearing layer and traffic/application layer possible to sense traffic in up layer. The iCOSA layer includes traffic nodes and leave nodes. Traffic nodes are network entities, and bearing network in low layer provides practical connectrion for them. Being as application servers or terminal users, authenticated leave nodes carry out operations through traffic nodes. Using unitive logic ID space, traffic nodes through peer-to-peer network technique carry out network organizing, and use corresponding peer-to-peer network addressing and route protocol. Advantages are: referencing and syncretizing idea for controlling traffic in WAP, NGN/IMS, introducing features of P2P self-organization, constructing Overlay network above bearing layer of Internet to implement functional requirement in telecom level including control, security, and QoS.
Description
Technical field
The present invention relates to Internet technical field, particularly a kind of controllable traffic dictyosome system structure (Internet Based Controllable Service Architecture is hereinafter to be referred as iCOSA) network system based on the Internet.
Background technology
The Internet is one of present information network important foundation facility, further develops yet the problems that the Internet exists have seriously restricted it.Wherein core problem is exactly that the safety of Internet service is controlled the most.
In the original the Internet design, the professional essential function of a lot of carrier classs (for example service security control, service traffics engineering) bearing bed does not have.And the storage that is subject to real network limits, Internet protocol (Internet Protocol, hereinafter to be referred as IP) bearer network is difficult to upper layer application increases these functions, if these functions all push away and finish separately to upper layer application then can cause that cost improves, complex management.Secondly, the multiple business/application need that is carried in the same network is finished the work that much has general character separately respectively, and for example search etc. business authentication, opposite end.These repetitive works have not only improved operating cost, and the different business thinking difference of dealing with problems, and also can cause the difficulty of management/intercommunication/fusion.Its three, along with user's access bandwidth and network tranmission techniques constantly promote, the development of multimedia service, pattern of fusion business has also proposed new demand to the Internet, for example, user's mobility, ubiquitous property etc.And these new functions realize at the IP bearing bed or by upper layer application, also have difficulty, the problems such as cost height of realizing.
One of background technology related to the present invention: controlled telecommunication service realizes technology
For the abundant information of the Internet and advanced business being incorporated among the wireless terminal such as mobile phone, WAP (wireless application protocol) (Wireless Application Protocol, hereinafter to be referred as WAP) forum is according to the characteristics of wireless network, the series of protocols standard of the Internet is incorporated in the wireless network.WAP only requires the support of mobile phone and WAP agency/gateway, needn't do any change to the existing mobile communication network agreement.Thereby be applicable to code division multiple access (Code Division Multiple Access, hereinafter to be referred as CDMA) mobile communication system, global system for mobile communications (Global System For Mobile Communication, abbreviation GSM), International Mobile Telecommunication 2000 version (International Mobile Telecommunication-2000, be called for short IMT-2000) etc. different mobile communication system, use thereby obtained widely.But the WAP service mostly customizes, and controlled by operator, and all WAP cellphone subscribers are that WAP gateway uses mobile data services by single inlet.And comprise WAP mobile phone and ICP (Internet ContentProvider, be called for short ICP) at WAP cellphone subscriber's application server all in VPN (virtual private network) (Virtual Private Network is called for short VPN)/private network of mobile operator.This mode in the controlled scope, when better protection abilities is provided, has limited the restrict access of mobile phone to the user to enriching the visit of Internet resources, has also suppressed professional innovation.
Next generation network/IP Multimedia System (Next Generation Network/IP MultimediaSubsystem is hereinafter to be referred as NGN/IMS) is that (The 3 for third generation partner program
RdGenerationPartnership Project, be called for short 3GPP), the telecommunications of advanced networks and the Internet converged services and agreement organizations (Telecommunications and Internet Converged Services and Protocols for AdvancedNetworking, be called for short TISPAN), International Standards Organization such as standardization department of international telecommunication union telecommunication (InternationalTelecommunication Union-Telecommunication Standardization Sector, be called for short ITU-T) propose can support to comprise the communication network that the full-service of multimedia service is carried.NGN/IMS supports access way flexibly, can realize the various characteristics requirement that telecommunication service is essential, for example service quality, controlled, can manage, safety or the like.NGN/IMS simply directly introduces telecommunications network with the IP bearing technology, but provided a whole set of brand-new Network architectural framework, need in basic I P technology, increase functions such as related service quality (Quality of Service is called for short QoS), professional control, safety.
Realize that more than the technology of controlled telecommunication service or the basic ideas of architecture all are the controllabilitys that professional controllability depends on bearer network, this the professional controllability " parasitism " way on the controllability of bearer network, be difficult to realize professional and carrying separating truly, the professional feature that to consider lower floor's bearer network of carrying out, for example address translation, fire compartment wall or the like, the technology and the Financial cost of business development have been increased greatly, be unfavorable for that the third party carries out business innovation, also may cause Virtual network operator to form new monopolization.
Two of technology related to the present invention: Overlay technology
Overlay refers in order to realize that specific function is in one or more network technologies that increase extra, a virtual bed course on the network that existed.Internet is exactly a kind of typical Overlay network, and the Internet utilization encapsulation packet header technology is to reach the purpose of dissimilar local area network (LAN) intercommunications.Utilize the virtual property of Overlay net on existing network, can realize the function that lower floor's network is difficult to realize, such as service quality, safety assurance, better routing algorithm or the like.At present, the Overlay The Application of Technology has developed into application layer by network layer, research mainly concentrates on aspects such as networking technology, route technology and QoS provide, but these researchs all are directed to the concrete application of certain class technical solution or QoS security mechanism are provided, do not pay close attention to and how to utilize Overlay technical organization business support network, thereby realize general character to telecommunication service, the support of for example professional control, safety, QoS etc., but and provide the business of the controlled pipe that reaches the carrier class standard on this basis.
Three of technology related to the present invention: self-organization network technology
The key character of self-organization network technology is that the node in the network can be in do not have to control oneself under arbitrator's the situation connection and the performance of maintaining network, and its network topology can and be left away and reorganizes along with the adding of node.Therefore, self-organizing network has fault-tolerance preferably.All there has been multiple self-organizing technique in present wireless and wired field.The wireless Ad Hoc technology proposes in mobile ad hoc network, for the entity that does not originally have physical connection set up can transfer data packets bottom connect, be the technology that is adapted to the following and even physical layer of link.At internet arena, the dynamic routing technology of bearer network has typical self-organizing characteristic.At present, the self-organizing theory develops into application layer from network layer, and it is its typical case's representative that peer-to-peer network (Peer to Peer is hereinafter to be referred as P2P) is used.P2P is the Overlay network that is operated on the network layer, although the Overlay network not necessarily has the feature of P2P self-organizing, but carry out at the P2P network about a lot of researchs of Overlay at present, the research of P2P network technology mainly concentrates at application characteristic, network topology reasonable in design and routing mechanism, thereby the performance of raising network.Also there is big quantity research to use, designs corresponding mechanism and improve performance at concrete P2P.For example, in file-sharing P2P network, design document download mechanism excitation user shared file, thus improve file downloading speed, shorten the required time of file in download.
Many characteristics of P2P technology, the sharing and cooperate etc. of the independence of node, self-organization of network characteristics, distributed resource for example, but uncontrollable owing to the P2P business are supervised for the Internet and to have been brought huge obstacle.
At present, find still do not have associated mechanisms or individual to propose that similar thinking provides controlled and manages on uncontrollable the Internet, comparatively safe telecommunication service by web search.
Summary of the invention
The objective of the invention is on existing basis, uncontrollable the Internet, to set up controlled service network architectural framework, realize carrier class functional requirements such as professional control and management, safety, QoS by on the Internet bearer layer, making up the Overlay network.
In view of above-mentioned purpose, the invention provides a kind of iCOSA network system, but above-mentioned network system increases the iCOSA layer of a perception upper-layer service between bearing bed and service/application layer, above-mentioned iCOSA layer comprises service node and leaf node, service node is a network entity, its actual connection is provided by lower floor's bearer network, leaf node is application server or terminal use, it is being operated by service node through the authentication back, above-mentioned service node uses unified logical identifier space, and utilize the peer-to-peer network technology to carry out network organization, use corresponding peer-to-peer network addressing and Routing Protocol.
Above-mentioned service node is functional, finish professional adhesion layer function and web services layer function respectively, wherein, professional adhesion layer comprises the user management service node at least, business diagnosis service node and service logic and control service node, main process user and professional relevant function, user in the network that achieves a butt joint and professional management control; Web services layer comprises Network adaptation service node and network aware service node at least, is responsible for the situation of perception bottom-layer network, and business is fitted to network, and the business control for the upper strata simultaneously provides Internet resources relevant information.Wherein, that user management service node, business diagnosis service node, Network adaptation service node and network aware service node belong to is public, with the irrelevant function of specific transactions, and service logic and Control Node are the relevant functional entitys of specific transactions.The expansion of iCOSA network support business function, new business function can adopt the mode of plug-in unit to add in the network.
Above-mentioned user management service node realize comprising to iCOSA user register, authenticate, the subscriber management function of mandate and service billing, the register information that the recording user terminal is relevant, above-mentioned register information comprises the logical identifier of iCOSA layer at least, and customer service account name and current this user use the Internet protocol address of terminal.
The analysis of above-mentioned business diagnosis service node enters the service request and the business datum of iCOSA layer, obtain the attribute information of above-mentioned business, is service selection correspondent service logic and control service node at concrete business features with service control function, and service request is submitted to correspondent service logic and Control Node.
Above-mentioned service logic and control service node carry out business realizing and corresponding management control according to the realization logic and the control strategy of specific transactions, be included as the upper-layer service application at least basic control functions such as call setup, charging, professional route are provided; Bear distribution, the downloaded contents distribution class business of data content jointly in the self-organizing mode; Realization is traced to the source to the user of business, provides the essential information support for setting up the user credit system; Support is at the control of malicious traffic flow, comprises monitoring, shielding and location, and at the Lawful Interception of business; With the trust systems interlock, support business control based on users to trust.
Above-mentioned Network adaptation service node is realized the shielding to bottom-layer network performance, function and security feature, makes lower floor use the network state that can be concerned about bottom, comprises adaptive to network performance at least; Adaptive to network function, some function difference of shielding bearer network; Adaptive to procotol, the ins and outs of shielding bearer network provide the encapsulation to the network bottom layer agreement; Adaptive to network security.
Above-mentioned network aware service node is collected lower floor's network state information by technological means, and above-mentioned network state information comprises network performance information, network protocol message, network equipment information, network safety information etc. at least.
The service that the service node of the same type of above-mentioned iCOSA layer provides is identical, if a service node lost efficacy, can adopt other service nodes identical with its type to replace.Above-mentioned dissimilar service node adopts the interface of standard interface definition language (Interface Definition Language is called for short IDL) definition to carry out alternately.
The present invention also provides a kind of service method of obtaining based on the network system of the iCOSA of the Internet, may further comprise the steps:
Step 2 after the user inserts the network system of iCOSA, is submitted the request of checking the iCOSA Network to operation list;
Step 3, operation list returns service lists to the user;
Step 4, the user selects specific business as required;
Step 5, operation list is submitted to the service node that belongs to professional adhesion layer with the information of user and institute's requested service, each service node in the professional adhesion layer carries out respective handling and initialization operation to above-mentioned user and business information respectively, and the business datum that obtains behind the initialization operation is submitted to the service node that belongs to web services layer;
Step 6 after web services layer receives business datum, is obtained the relevant network information and it is returned professional adhesion layer;
Step 7, professional adhesion layer are carried out business realizing and user-selected business are returned the user.
Professional adhesion layer in this method comprises the user management service node at least, business diagnosis service node and service logic and control service node, and web services layer comprises Network adaptation service node and network aware service node at least.
Described step 5 may further comprise the steps:
Described step 6 may further comprise the steps:
Step 21 after the Network adaptation service node in the web services layer is received business datum, is obtained the relevant network information to the network aware service node;
Step 22, the network aware service node returns the network information to the Network adaptation service node;
Step 23, Network adaptation service node are carried out the corresponding network adapting operation and are sent business datum to professional adhesion layer.
Described step 7 may further comprise the steps:
Step 31, service logic in the professional adhesion layer and control service node are realized professional;
Step 32, service logic and control service node return user-selected business to the user management service node;
The advantage of the iCOSA network system that the present invention proposes is its reference and has merged WAP, the thought of professional control among the NGN/IMS, introduced the characteristic of P2P self-organizing, make and the Internet is not being done under the situation of change, can realize shielding bottom-layer network difference, upper-layer service/the application that requires for the telecom operation rank provides service (for example professional controllability pointedly, manageability, service security etc.), thereby provide one to contain real network on the internet, simple and easy to do, effective, cheaply, the supporting network of manageable comparatively safe carrier class business is realized controlled, can manage, the support of the comparatively safe carrier class business that can run.
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.For the person of ordinary skill in the field, from detailed description of the invention, above-mentioned and other purposes of the present invention, feature and advantage will be apparent.
Description of drawings
Fig. 1 is the schematic diagram of the framework of iCOSA network system of the present invention.
Fig. 2 is the hierarchical model schematic diagram of the iCOSA network system of a preferred embodiment of the present invention.
Fig. 3 is the data-driven structural representation of the iCOSA network system of a preferred embodiment of the present invention.
Fig. 4 is the service sequences figure that the user of a preferred embodiment of the present invention obtains the iCOSA network system.
Embodiment
Below in conjunction with the drawings and specific embodiments iCOSA network system of the present invention is described in further detail.
ICOSA network system proposed by the invention is on the basis of original business network architectural framework, having increased by one is positioned on the Internet bearer net, under the service/application layer, bed course one iCOSA layer that can the perception upper-layer service, the actual connection between the service node relies on lower floor's bearer network to provide.The iCOSA network system is introduced the characteristics of P2P self-organizing and IMS controllability, design has realized parts of traditional IP layer optional function (for example security control, multicast, content distribution, traffic engineering etc.) as required, and some has the service control function (for example the passing through of NAT/ fire compartment wall, professional control, call setup, Business Stream guiding/monitoring etc.) of general character in the upper-layer service application.
As shown in Figure 1, the iCOSA network system is made up of service node 11 and leaf node, and wherein service node 11 is laid by Virtual network operator, thereby guarantees managing and can run business.Leaf node can be application server 12 or terminal use 13,14, also can be other suitable device.Service node 11 uses unified logical identifier space, and utilizes the P2P technology to carry out network organization, and uses corresponding P2P addressing and Routing Protocol.Utilize the networking of P2P technology to make the iCOSA network system have good expandability and fault-tolerant ability.Wherein, all help through with intermediary way by service node 11 as the application server 12 of leaf node and the addressing between the terminal use 13,14, communication, exchanges data, as shown in Figure 2, this is one of key character of iCOSA network system.The iCOSA network system increases the iCOSA layer of a perception upper-layer service between bearing bed and service/application layer, in Fig. 2, between service/application layer 27 in the network and the packet carrying network 28 the iCOSA business network is arranged, service/application layer 27 can be Web TV (Internet Protocol Television, be called for short IPTV) or the networking telephone (Voice over InternetProtocol, be called for short VOIP), and customer-side is got in touch by leaf node 21 between client 13 and the IP main frame 23.In the iCOSA network system, have clear and definite network and the boundary between the user, promptly there is User Network Interface (User Network Interface is called for short UNI) in the iCOSA network system but the next demand that satisfies professional controlled pipe.Leaf node 21 is through behind the network authentication, the network operator to it as can be known, participate in the iCOSA network system under the controlled situation.This has realized the controllability to the service carrying network iCOSA network system of utilizing the P2P technical organization.
The iCOSA network system is public business platform, and the function of some general services of management plane, control plane is provided.According to the difference of function, the service node in the iCOSA network system can be divided into following a few class in logic: user management service node 33, business diagnosis service node 34, service logic and control service node 35, Network adaptation service node 36, network aware service node 37.Same class service node provides identical service, and all available other the similar nodes of any one node failure replace.Therefore this different kinds of business node realizes that the method for different functions makes the durability of service node strengthen, and has increased the degree of share of iCOSA network system service resources, and has improved the fault-tolerant ability of network.Simultaneously, can adopt the interface of standard I DL definition to carry out also can adopting the interface of other standard definitions alternately between the different kinds of business node.This makes the realization mechanism of service node function to adjust flexibly, and after the expansion of service node function, only needs to upgrade the relevant interface defined file to get final product, thereby has improved the functional expansionary of iCOSA network system.
The data-driven structure of the iCOSA network system of a preferred embodiment of the present invention comprises following part as shown in Figure 3:
Professional adhesion layer 31 comprises parts such as professional control, business diagnosis and user management, main process user and professional relevant function, user in the network that achieves a butt joint and professional management control.In this embodiment, professional adhesion layer 31 comprises user management service node 33, business diagnosis service node 34 and service logic and control service node 35.Web services layer 32 comprises parts such as network aware and Network adaptation, is responsible for the situation of perception bottom-layer network, and business is fitted to network, and the business control for the upper strata simultaneously provides Internet resources relevant information.In this embodiment, web services layer 32 comprises network aware service node 37 and Network adaptation service node 36.Wherein, that user management service node 33, business diagnosis service node 34, Network adaptation service node 36 and network aware service node 37 belong to is public, with the irrelevant function of specific transactions, and service logic and control service node 35 are the relevant functional entitys of specific transactions.The expansion of iCOSA network support business function, new business function can adopt the mode of plug-in unit to add in the network.The user of 33 pairs of iCOSA networks of user management service node realizes registering, authenticates, mandate and the relevant subscriber management function of service billing.Simultaneously, write down the relevant register information of access user terminal, comprise: the logical identifier of iCOSA layer (Identity is called for short ID), the customer service account name, current this user uses the IP address of terminal.
Business diagnosis service node 34 is analyzed service request and the business datum that enters the iCOSA network, obtain professional attribute information, thereby at concrete business features, be service selection correspondent service logic and control service node, service control function is submitted to correspondent service logic and control service node 35.
Service logic and control service node 35 carry out business realizing and corresponding management control according to the realization logic and the control strategy of specific transactions, and this type of management control comprises at least:
1). for the upper-layer service application provides basic control functions such as call setup (opposite end addressing, call negotiation or the like), charging, professional route;
2). in content distribution class business, bear distribution, the download of data content jointly in the self-organizing mode;
3). realize the user of business is traced to the source, provide the essential information support for setting up the user credit system;
4). support control (monitoring/shielding/location) at the malicious traffic flow, and at the Lawful Interception of business;
5). with the trust systems interlock, support based on the business control that is used to trust.
Network adaptation service node 36: realize the shielding to bottom-layer network performance, function and security feature, make upper layer application can be concerned about the network state of bottom, this type of function comprises:
1). adaptive to network performance: do not change the routing mode of " doing one's best " in existing the Internet, by the control strategy of traffic engineering is introduced the iCOSA network system, according to performance for lower floor's bearer network, find the route direction that is more suitable for, guide, control so that service traffics are flowed to, improve QoS;
2). adaptive to network function: some function difference of shielding bearer network, for example multicast functionality;
3). adaptive to procotol: the ins and outs of shielding bearer network provide the encapsulation to the network bottom layer agreement.
4). adaptive to network security: the shielding bearer network is to the support in various degree of safety.
Network aware service node 37: collect lower floor's network state information by technological means, comprise network performance information, network protocol message, network equipment information, network safety information etc.
The service method that the user of a preferred embodiment of the present invention obtains the iCOSA network system comprises the steps: as shown in Figure 4
1) behind user's 41 access networks, submits the request of watching the iCOSA Network to operation list 42.
2) operation list 42 returns service lists to user 41.
3) user 41 selects specific business as required.
4) operation list 42 is submitted to user management service node 33 with the user and the business information of being asked.
5) user management service node 33 carries out the authentication that user 41 inserts the iCOSA business according to user and business information.
6) user management service node 33 is submitted to business diagnosis service node 34 with user and business information.
7) 34 pairs of customer services of business diagnosis service node are carried out perception analysis, are user's 41 selected correspondent service logic and control service node 35.
8) business diagnosis service node 34 is submitted to service logic and the control service node 35 of being responsible for this customer service management with user and business information.
9) service logic and control service node 35 obtain professional control strategy and carry out corresponding analysis
10) service logic and control service node 35 carry out the business initializtion operation according to user and business information.
11) service logic and control service node 35 are submitted to Network adaptation service node 36 with business datum.
12) after Network adaptation service node 36 is received business datum, obtain network related information to network aware service node 37.
13) network aware service node 37 returns the network information to Network adaptation service node 36.
14) Network adaptation service node 36 carries out the corresponding network adapting operation and sends business datum to service logic and control service node 35.
15) service logic and control service node 35 return user-selected business to user management service node 33.
16) user management service node 33 returns user-selected business to user 41.
The above is preferred embodiment of the present invention only, is not to be used for limiting practical range of the present invention; If do not break away from the spirit and scope of the present invention, the present invention is made amendment or is equal to replacement, all should be encompassed in the middle of the protection range of claim of the present invention.
Claims (15)
1. controllable business network system configuration network system based on the Internet, it is characterized in that but above-mentioned network system increases the controllable traffic dictyosome system structure layer of a perception upper-layer service between bearing bed and service/application layer, above-mentioned controllable traffic dictyosome system structure layer comprises service node and leaf node, service node is a network entity, its actual connection is provided by lower floor's bearer network, leaf node is application server or terminal use, it is being operated by service node through the authentication back, above-mentioned service node uses unified logical identifier space, and utilize the peer-to-peer network technology to carry out network organization, use corresponding peer-to-peer network addressing and Routing Protocol.
2. network system according to claim 1, it is characterized in that above-mentioned service node is functional, finish professional adhesion layer function and web services layer function respectively, wherein, professional adhesion layer comprises the user management service node at least, business diagnosis service node and service logic and control service node, main process user and professional relevant function, user in the network that achieves a butt joint and professional management control; Web services layer comprises Network adaptation service node and network aware service node at least, is responsible for the situation of perception bottom-layer network, and business is fitted to network, and the business control for the upper strata simultaneously provides Internet resources relevant information.
3. network system according to claim 1, it is characterized in that user management service node, business diagnosis service node, Network adaptation service node and network aware service node belong to public, with the irrelevant function of specific transactions, and service logic and control service node are the functional entitys relevant with specific transactions.
4. network system according to claim 1 is characterized in that this network system supporting business function expansion, and new business function adopts the mode of plug-in unit to add in this network system.
5. network system according to claim 2, it is characterized in that above-mentioned user management service node realization comprises the subscriber management function of registration, authentication, mandate and service billing, the register information that the recording user terminal is relevant, above-mentioned register information comprises the logical identifier of controllable traffic dictyosome system structure layer at least, and user business account name and current this user use the register information of the Internet protocol address of terminal.
6. network system according to claim 2, it is characterized in that the analysis of above-mentioned business diagnosis service node enters the service request and the business datum of controllable traffic dictyosome system structure layer, obtain the attribute information of above-mentioned business, is service selection correspondent service logic and control service node at concrete business features with service control function, and service request is submitted to correspondent service logic and Control Node.
7. network system according to claim 2, it is characterized in that above-mentioned service logic and control service node realization logic and control strategy according to specific transactions, carry out business realizing and corresponding management control, be included as the basic control function that upper-layer service is used provides call setup, charging, professional route at least; Bear distribution, the downloaded contents distribution class business of data content jointly in the self-organizing mode; User to business traces to the source, and provides the essential information support for setting up the user credit system; Support is at the control of malicious traffic flow, comprises monitoring, shielding and location, and at the Lawful Interception of business; With the trust systems interlock, support business control based on users to trust.
8. network system according to claim 2 is characterized in that above-mentioned Network adaptation service node realizes the shielding to bottom-layer network performance, function and security feature, comprises adaptive to network performance at least; Adaptive to network function, some function difference of shielding bearer network; Adaptive to procotol, the ins and outs of shielding bearer network provide the encapsulation to the network bottom layer agreement; Adaptive to network security.
9. network system according to claim 2, it is characterized in that above-mentioned network aware service node by technological means collection lower floor network state information, above-mentioned network state information comprises network performance information, network protocol message, network equipment information, network safety information at least.
10. according to each described network system among the claim 1-9, it is characterized in that the service that the service node of the same type of above-mentioned controllable traffic dictyosome system structure layer provides is identical, if a service node lost efficacy, can adopt other service nodes identical with its type to replace, above-mentioned dissimilar service node adopts the interface of standard interface definition language definition to carry out alternately.
11. a service method of obtaining based on the controllable business network system configuration network system of the Internet is characterized in that may further comprise the steps:
Step 1 provides a kind of controllable business network system configuration network system based on the Internet as claimed in claim 1;
Step 2 after the user inserts controllable business network system configuration network system, is submitted the request of checking based on the controllable traffic dictyosome system structure Network of the Internet to operation list;
Step 3, operation list returns service lists to the user;
Step 4, the user selects specific business as required;
Step 5, operation list is submitted to the service node that belongs to professional adhesion layer with the information of user and institute's requested service, each service node in the professional adhesion layer carries out respective handling and initialization operation to above-mentioned user and business information respectively, and the business datum that obtains behind the initialization operation is submitted to the service node that belongs to web services layer;
Step 6 after web services layer receives business datum, is obtained the relevant network information and it is returned professional adhesion layer;
Step 7, professional adhesion layer are carried out business realizing and user-selected business are returned the user.
12. method according to claim 11, it is characterized in that professional adhesion layer comprises the user management service node at least, business diagnosis service node and service logic and control service node, web services layer comprises Network adaptation service node and network aware service node at least.
13. method according to claim 12 is characterized in that described step 5 may further comprise the steps:
Step 11, the user's pipeline service node in the professional adhesion layer carries out the authentication that the user inserts the network system of controllable traffic dictyosome system structure according to the information of above-mentioned user's the authority and the business of being asked;
Step 12, user management service node will be by authentication user's authority and the information of the business of being asked be submitted to the business diagnosis service node;
Step 13, the business diagnosis service node carries out perception analysis to the attribute business of user property and user institute requested service, for with selected correspondent service logic of this user-dependent specific transactions and control service node, and user and business information be submitted to service logic and the control service node of being responsible for this customer service management;
Step 14, service logic and control service node obtain professional control strategy and carry out corresponding analysis, carry out the business initializtion operation according to user and business information, and the business datum that obtains after the initialization is submitted to web services layer.
14. method according to claim 12 is characterized in that described step 6 may further comprise the steps:
Step 21 after the Network adaptation service node in the web services layer is received business datum, is obtained the relevant network information to the network aware service node;
Step 22, the network aware service node returns the network information to the Network adaptation service node;
Step 23, Network adaptation service node are carried out the corresponding network adapting operation and are sent business datum to professional adhesion layer.
15., it is characterized in that described step 7 may further comprise the steps according to each described method among the claim 11-14:
Step 31, service logic in the professional adhesion layer and control service node are realized professional;
Step 32, service logic and control service node return user-selected business to the user management service node;
Step 33, the user management service node returns user-selected business to the user.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102065426A (en) * | 2009-11-17 | 2011-05-18 | 中国移动通信集团公司 | Support network system and data transmission control method |
| CN101442466B (en) * | 2007-11-21 | 2012-07-04 | 华为技术有限公司 | Superpose network and implementing method |
| CN101924680B (en) * | 2009-06-10 | 2013-02-20 | 谢海永 | Distributed network flow combined optimization system and method based on feedback |
| US8910252B2 (en) | 2009-04-14 | 2014-12-09 | Huwei Technologies Co., Ltd. | Peer enrollment method, route updating method, communication system, and relevant devices |
| CN110492988A (en) * | 2019-07-03 | 2019-11-22 | 特斯联（北京）科技有限公司 | A kind of the big data system and its processing method of multidiameter delay multiplexing |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1148032C (en) * | 2002-04-17 | 2004-04-28 | 广州市安普华德创新科技有限公司 | Signaling system of broadband multi-service communication network |
| CN1310483C (en) * | 2003-08-19 | 2007-04-11 | 广东省电信有限公司科学技术研究院 | Network system and controlling method for assuring end to end IP telecommunication service quality |
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2007
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| CN101442466B (en) * | 2007-11-21 | 2012-07-04 | 华为技术有限公司 | Superpose network and implementing method |
| US8910252B2 (en) | 2009-04-14 | 2014-12-09 | Huwei Technologies Co., Ltd. | Peer enrollment method, route updating method, communication system, and relevant devices |
| US9819688B2 (en) | 2009-04-14 | 2017-11-14 | Huawei Technologies Co., Ltd. | Peer enrollment method, route updating method, communication system, and relevant devices |
| US10616243B2 (en) | 2009-04-14 | 2020-04-07 | Huawei Technologies Co., Ltd. | Route updating method, communication system, and relevant devices |
| CN101924680B (en) * | 2009-06-10 | 2013-02-20 | 谢海永 | Distributed network flow combined optimization system and method based on feedback |
| CN102065426A (en) * | 2009-11-17 | 2011-05-18 | 中国移动通信集团公司 | Support network system and data transmission control method |
| CN102065426B (en) * | 2009-11-17 | 2013-09-18 | 中国移动通信集团公司 | Support network system and data transmission control method |
| CN110492988A (en) * | 2019-07-03 | 2019-11-22 | 特斯联（北京）科技有限公司 | A kind of the big data system and its processing method of multidiameter delay multiplexing |
| CN110492988B (en) * | 2019-07-03 | 2020-07-21 | 特斯联（北京）科技有限公司 | Multi-path parallel multiplexing big data system and processing method thereof |
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