CN102594924A - Internet architecture and internet service method and system thereof - Google Patents
Internet architecture and internet service method and system thereof Download PDFInfo
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Abstract
The invention provides an internet architecture and an internet service method and a system thereof, belonging to the field of a computer network. The internet architecture comprises a smart service layer, a resource adaption layer and a network component layer, wherein the smart service layer, the resource adaption layer and the network component layer respectively comprise an entity domain and a behavior domain; the smart service layer comprises at least one network service, and each network service uses a service identification of the entity domain in the smart service layer and service demand behavior description of the behavior domain in the smart service layer to be expressed; the resource adaption layer comprises at least one network community, and each network community uses a community identification of the entity domain in the resource adaption layer and community function behavior description of the behavior domain in the resource adaption layer to be expressed; and the network component layer comprises at least one network component, and each network component uses a component identification of the entity domain in the network component layer and component property behavior description of the behavior domain in the network component layer to be expressed. The invention provides a three-layer two-domain new internet service system.
Description
Technical field
The present invention relates to technical field of the computer network, particularly a kind of Internet architecture and Internet service method and system thereof.
Background technology
In existing the Internet; Two kinds of network service models of main existence; Be OSI (Open System Interconnect; Open system is interconnected) the Internet seven-layer structure service model and the Internet four-layer structure service model of TCP (Transmission Control Protocol, transmission control protocol)/IP (Internet Protocol, Internet protocol).
OSI is divided into seven layers with computer network architectures, comprising: application layer, presentation layer, session layer, transport layer, network layer, data link layer, physical layer.Application layer is that application program of user is provided services on the Internet; Presentation layer guarantees that the information that the application layer of a system is sent can be read by the application layer of another system; Session layer is set up the path of transfer of data through transport layer; Transport layer has defined the agreement and the port numbers of some transmission data; Network layer provides between two host computer systems in the network at diverse geographic location and connects and Path selection; How data link layer has defined formatted data transmitting, and how to control the visit to physical medium; Physical layer mainly defines the physical equipment standard.
TCP/IP is divided into four layers with computer network architectures, comprising: application layer, transport layer, network layer, network interface layer.Application layer is responsible for handling certain applications program details; Transport layer is mainly two application programs on the main frame communication end to end is provided; Network layer is used for handling the activity that is grouped in network; The physical interface details of network interface layer main processing and transmission medium.
In realizing process of the present invention, the inventor finds that there is following problem at least in prior art:
Existing two kinds of internet architectures, its mentality of designing all are to be the center with the main frame.Yet the content of service often that the user paid close attention to not is the particular location of service.To being all network problems that bring at the center with the main frame, prior art does not also have corresponding solution.
Summary of the invention
In order to solve existing the Internet system is all network problems that bring at the center with the main frame, and the embodiment of the invention provides a kind of brand-new Internet architecture and Internet service method and system thereof.Said technical scheme is following:
On the one hand, one embodiment of the present invention provide a kind of Internet architecture, and said Internet architecture comprises: wisdom service layer, resource adaptation layer and networking component layer;
Said wisdom service layer, said resource adaptation layer and said networking component layer all comprise separately entity domains and behavior territory;
Said wisdom service layer comprises at least one network service, and each network service uses the demand for services behavior description in behavior territory in service identifiers and the said wisdom service layer of entity domains in the said wisdom service layer to represent;
Said resource adaptation layer comprises at least one network group, and group's behaviour description in behavior territory is represented in the group sign that each network group uses entity domains in the said resource adaptation layer and the said resource adaptation layer;
Said networking component layer comprises at least one networking component, and each networking component uses the component property behavior description in behavior territory in component identification and the said networking component layer of entity domains in the said networking component layer to represent.
In another embodiment, the said network group networking component that the identical or similar index of behavior meets preset range by at least one behavior is formed, with the network function of common completion appointment.
On the other hand, another embodiment of the invention provides a kind of Internet service method based on Internet architecture, and said method comprises:
Wisdom service layer receives the demand for services that the user proposes; Demand for services according to said user; The demand for services behavior description that matees each network service in the said wisdom service layer; Obtain service identifiers, according to the concrete network service of confirming as said user's service for the service identifiers of said user's service for said user's service;
What the resource adaptation layer was confirmed according to said wisdom service layer be the concrete network service that said user serves; The group's behaviour that matees each network group in the said resource adaptation layer is described; Obtain group's sign for said user's service; Group's sign according to for said user's service is confirmed as the network group that said user serves, and issues the cooperation control information;
The networking component layer is according to said cooperation control information; In the network group that is said user's service, be chosen as the networking component of said user's service, and issue the interlock control information; Said is that the networking component of said user service is according to said interlock control information, for said user provides service.
In another embodiment, before the demand for services that the said wisdom reception user of service layer proposes, said method also comprises:
The service registry request that the said wisdom reception ISP of service layer sends, service identifiers and demand for services behavior description are carried in said service registry request;
Said wisdom service layer registers corresponding network service according to service identifiers and demand for services behavior description that said ISP provides.
In another embodiment, before the demand for services that the said wisdom reception user of service layer proposes, said method also comprises:
Said resource adaptation layer is regularly obtained the component property behavior description of networking component, carries out cluster according to the component property behavior description of networking component, forms network group for use.
In another embodiment, said method also comprises:
The historical operating state of other networking components in networking component minute book networking component in the said networking component layer and the consolidated network group is according to said historical operating state adjustment present networks assembly current working state.
In another embodiment; When the network group for said user service has when a plurality of, said cooperation control information comprises: for the connected mode between a plurality of network group of said user's service be the input and output standard of each network group of said user's service.
On the other hand, another embodiment of the invention provides a kind of Internet service system, and said system comprises: wisdom service layer, resource adaptation layer and networking component layer;
Said wisdom service layer; Be used to receive the demand for services that the user proposes; Demand for services according to said user; The demand for services behavior description that matees each network service in the said wisdom service layer obtains the service identifiers into said user's service, according to the concrete network service of confirming as said user's service for the service identifiers of said user's service;
Said resource adaptation layer; Be used for definite concrete network service for said user's service according to said wisdom service layer; The group's behaviour that matees each network group in the said resource adaptation layer is described; Obtain group's sign, identify the network group that confirms as said user's service according to group, and issue the cooperation control information for said user's service for said user's service;
Said networking component layer; Be used for according to said cooperation control information; In the network group that is said user's service, be chosen as the networking component of said user's service, and issue the interlock control information; Said is that the networking component of said user service is according to said interlock control information, for said user provides service.
In another embodiment, said wisdom service layer also was used for before receiving the demand for services that the user proposes,
Receive the service registry request that the ISP sends, service identifiers and demand for services behavior description are carried in said service registry request;
According to service identifiers and the demand for services behavior description that said ISP provides, corresponding network service is registered.
In another embodiment, said resource adaptation layer also was used for before the demand for services that the said wisdom reception user of service layer proposes,
Regularly obtain the component property behavior description of networking component, carry out cluster, form network group for use according to the component property behavior description of networking component.
In another embodiment, the networking component in the said networking component layer is used for the historical operating state of minute book networking component and other networking components of consolidated network group, according to said historical operating state adjustment present networks assembly current working state.
In another embodiment; When the network group for said user service has when a plurality of, said cooperation control information comprises: for the connected mode between a plurality of network group of said user's service be the input and output standard of each network group of said user's service.
The invention provides a kind of brand-new Internet architecture of three layer of two territory; Two domain structures that cooperate the behavior territory through entity domains; With respect to prior art with the address mark network entity and communicate, can be from the bottom to the upper strata network behavior of network enabled entity effectively; In three-layer architecture, various types of network functions is present in the resource adaptation layer with the form of network group simultaneously, can realize the functionalization management of serving; Simultaneously, work alone with respect to each network entity in the prior art, networking component cooperates with one another in network group inside, and accomplishes the network function of appointment jointly with the form of network group, can better service be provided for the user.
Description of drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the invention; The accompanying drawing of required use is done to introduce simply in will describing embodiment below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the Internet architecture sketch map that embodiments of the invention 1 provide;
Fig. 2 is the Internet service method flow diagram that embodiments of the invention 2 provide;
Fig. 3 is another flow chart of Internet service method that embodiments of the invention 2 provide;
Fig. 4 is the Internet service process sketch map that embodiments of the invention 2 provide;
Fig. 5 is the reference view of cooperating between interlock and group in the group that provides of embodiments of the invention 2;
Fig. 6 is the Internet service system sketch map that embodiments of the invention 3 provide.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing that embodiment of the present invention is done to describe in detail further below.
Embodiment 1
Referring to Fig. 1, present embodiment provides a kind of Internet architecture (or claiming Internet service system), comprising: wisdom service layer 101, resource adaptation layer 102 and networking component layer 103;
Wisdom service layer 101, resource adaptation layer 102 and networking component layer 103 all comprise entity domains and behavior territory;
Wisdom service layer 101 comprises at least one network service, and each network service uses the demand for services behavior description in behavior territory in service identifiers and the wisdom service layer 101 of entity domains in wisdom service layer 101 to represent;
Resource adaptation layer 102 comprises at least one network group, and group's behaviour description in behavior territory is represented in group's sign that each network group uses entity domains in resource adaptation layer 102 and the resource adaptation layer 102;
Networking component layer 103 comprises at least one networking component, and each networking component uses the component property behavior description in behavior territory in component identification and the networking component layer 103 of entity domains in networking component layer 103 to represent.
In the behavior territory,, three layers of behavior of Internet architecture are combined through behavior Dynamic matching and behavior wisdom behavior aggregate.And in entity domains through joint-action mechanism in cooperation and the group between group, three layer entities of Internet architecture are combined.Introduce each layer and each territory that above-mentioned Internet architecture relates to below in detail.
(1) wisdom service layer 101 is responsible for the work relevant with the network service, is elementary cell with the network service.Mainly comprise: the behavior description of the name of network service, network service, the registration of network service and inquiry etc.In entity domains, use SID (Service Identity, service identifiers) to come the network service of a wisdom of mark, be globally unique sign; In the behavior territory, set up corresponding SBD (Service Behavior Description, demand for services behavior description) respectively, with the reflection service characteristic.
Wherein, the network service that present embodiment is related is also referred to as the wisdom service, not only comprises concrete data and resource but also comprises network events such as calculating, inquiry, storage.For example, cloud computing is a kind of network calculations ability for the user provides, and is not to be simple data resource, and present embodiment can be with cloud computing as the primary network service, and uses service identifiers SID to come the current cloud computing of mark.
Wherein, in the generative process of service identifiers SID, can form, make that in the service registry query script, service is classified to network more easily by service resource two parts.
Wherein, demand for services behavior description SBD can comprise 3 aspect contents: topological behavior description, performance behavior description and behaviour are described, and every kind of behavior description has some specific behavioral indicators.Demand for services behavior description SBD can be defined as following form:
In the following formula, T, P, F corresponding respectively topological behavior description, performance behavior description and behaviour describe, the primary S of superscript representes demand for services behavior description SBD.Among them, topological behavior descriptions include: service location
and services cache location
, etc.; performance behavior descriptions include: Quality requirements
bandwidth requirements
delay requirements
packet loss requirements
and the best means of communication
, etc.; functional behavior descriptions include: Service Type
version
prestige property
and provide Signature
and so on.Wherein, service position and service cache location, but be used for the network location information of token network service acquisition point; COS is meant the type of service of service, like voice, and video, picture, file etc.; The prestige attribute of service comprises that the user is to the perception assessment of this service and the feedback information of other services; Version information is used for when the service provider issues redaction, and keep its service identifiers and do not change, and upgraded edition this shop only; Supplier's signature then is the consideration from fail safe, is used for the authenticity and the reliability of guarantee information.
Registration, the query of network service should be accomplished in wisdom service layer 101.In the registration process of network service, need the ISP be bound the service identifiers SID and the demand for services behavior description SBD of providing service.In the query script of network service, the demand for services that need propose according to the user is mated the demand for services behavior description SBD of network service, therefrom chooses the best network service of matching degree, and matching result SID and SBD are returned to the user.
(2) the resource adaptation layer 102, are responsible for the management work of network group, are elementary cell with the network group that possesses specific function.Mainly comprise: the behavior description of the structure of network group, network group, the collaborative work between the network group etc.In entity domains, use FID (Family Identity, group's sign) to come network group of mark, in the behavior territory, set up corresponding FBD (Family Behavior Description, group's behaviour is described) respectively.
Wherein, the network group networking component that the identical or similar index of behavior meets preset range by at least one behavior is formed, with the network function of common completion appointment.Wherein, the similar index of behavior can be behavior approach degree or behavior diversity factor etc., and present embodiment is not done qualification to this.Use network group of sign FID mark of group, use group's behaviour to describe its behavioral trait of FBD reflection.Because network group is based on specific behavior approach degree or the division of behavior diversity factor, inhomogeneous behavior can have various network group dividing mode, so mode classification is one of most important attribute of network group.After network group forms; Networking component in each network group all can have certain behavior similitude; Confirm group's behaviour description of network group according to the joint act characteristic of network group belonging network assembly; Thereby form the distinctive behavioural characteristic of network group, like regional feature, functional character etc.According to above-mentioned group's mode classification and behavioural characteristic, definite network group that can be unique, and generate the sign FID of group.
In the network group of resource adaptation layer 102 divided, can be divided into two main group crowds according to topological property: core net group and Access Network group, these two main group crowds can be subdivided into several regions subfamily crowd according to particular location more again.Can be divided into some main group crowds according to performance: high-performance group, middle performance group and low performance group, these several main group crowds can further divide subfamily according to concrete parameter more again, like high bandwidth group, low delay group etc.Also can be divided into some main group crowds according to function: server group, transmission equipment group, transducer group, network operations group, network storage group, wisdom management group, service registry inquiry group, the adaptive group of input and output etc.; These main groups crowd also can divide the subfamily crowd according to specifying information more again; Along with the increase of network equipment function, also can constantly add new main group crowd.According to some specific properties other main group crowd dividing mode can be arranged also, for example, be divided into telecommunications group and group of Netcom etc. according to operator.
Wherein, group's behaviour is described FBD and comprised 3 aspect contents: topological behavior description, performance behavior description and behaviour are described, and every kind of behavior description has some specific behavioral indicators.Group's behaviour is described FBD can be defined as following form:
In the following formula, T, P, F (F except that first F of superscript) corresponding respectively topological behavior description, performance behavior description and behaviour describe, first F of superscript representes that it is that group's behaviour is described.For FBD, topological behavior descriptions include: ethnic Location
number of components within populations
ethnic components within the distribution
and the adjacent ethnic relations
, etc.; performance behavior descriptions include: bandwidth performance
Delay Performance
dropping performance
stability
and wisdom performance
, etc.; functional behavior descriptions include: ethnic Type
Ethnic function
Security Level
and mobility
and so on.
(3) the networking component layer 103, are responsible for the work of various concrete networking components, are elementary cell with the networking component.Mainly comprise: the cluster of the name of networking component and description, networking component, the working state administration of networking component etc.In entity domains, use NID (Node Identity, component identification) to come networking component of mark; In the behavior territory; Set up corresponding N BD (Node Behavior Description, component property behavior description) respectively, with the behavioral trait of projection networking component.
Wherein, component identification NID can comprise information such as IP address, component type, and component type comprises server, router, terminal, sensing node, wisdom node etc., and present embodiment is not done qualification to this.
Wherein, component property behavior description NBD comprises 3 aspect contents: topological behavior description, performance behavior description and behaviour are described, and every kind of behavior description has some specific behavioral indicators.The component property behavior description NBD of networking component can be defined as following form:
In the following formula, T, P, F corresponding respectively topological behavior description, performance behavior description and behaviour describe, first N of superscript representes that it is the demand for services behavior description.For NBD, topological behavior descriptions include: component location
Component Dependencies
Components adjacency relationship
and Connectivity
, etc.; performance behavior descriptions include: bandwidth performance
Delay Performance
dropping performance
stability
and wisdom performance
, etc.; functional behavior descriptions include: component type
component functions
operator
and security level
and so on.
For strengthening the wisdom characteristic of networking component, improve the operating state of the separate operation of each group network spare, can in networking component, add memory function and wisdom decision function, make to have certain associating regulating power between the networking component.The memory function of networking component mainly refers to, the historical operating state of other networking components in networking component minute book networking component and the consolidated network group (networking component that particularly is associated).The wisdom decision function of networking component mainly refers to, through analyzing the historical operating state of other networking components in present networks assembly or the consolidated network group, adjustment present networks assembly self current working state of wisdom.
In addition, the behavior description of networking component can be divided into two kinds according to describing mode: data description and semantic description.
Data description mainly refers to appear with the form of data the content of behavior description, and what be primarily aimed at is the description of networking component specific targets parameter.For example, the spatial cache size of the actual average packet loss of the concrete load capacity of networking component, networking component, networking component wisdom memory etc.The source of data description can be divided into two kinds, and a kind of is the fixed performance index of networking component, and another kind is that the actual measurement parameter of networking component is analyzed.The data description of actual measurement class need draw from the huge number of network data, is that a large amount of True Datas advanced the concise and to the point description that obtains after the statistical analysis.
Semantic description, mainly finger presents the content of behavior description with the form of fuzzy semantics.For example, networking component stability is divided into high, normal, basic three ranks; Factors such as comprehensive node time delay, shake, packet loss, load are described as 9 ranks etc. from excellent to difference with networking component.The semantic description of behavior is the further summary of data description, uses the language of simplifying most to summarize a class behavior.Semantic description can be according to technology such as existing fuzzy mathematics, fuzzy language, fuzzy controls, will be highly abstract to the description of behavior be one section brief semantic information.Semantic description is because its refining and fuzzy behaviour are one of important development trend of following wisdom network.The refining characteristic can make semantic description transmit great deal of information through the language of simplifying, thereby cuts down the huge information interaction burden that network wisdomization is brought significantly; Fuzzy behaviour then can better be supported the pervasive characteristic of serving, and adapts to the diversified requirement that service proposes.
For certain appointment behavior, at first need confirm the description space { x of its behavior description
k, the total fuzzy rank that the behavior describes is n ' (number of levels n ' preferably be no more than 9); To the behavior description x of certain one-level k wherein
k, with having its specific degree of membership μ
k, the formal representation that uses usually is μ
k/ x
kComprehensive behavior description at different levels then can obtain the final description of the behavior
In order to realize in the behavior territory that to the comparison of concrete behavior, present embodiment has also defined two kinds of behavior comparison criterions: behavior diversity factor and behavior approach degree.The behavior diversity factor is represented two kinds of difference degrees between the behavior description, and the behavior approach degree is represented two kinds of similarity degrees between the behavior description.
For the behavior diversity factor, can use Minkowski (Minkowski) distance to represent that its concrete computational methods are following usually:
Wherein, b (m) and b (n) represent m and the n networking component descriptor for behavior respectively; D representes the behavior diversity factor; Q is the parameter of Minkowski distance, uses 1 or 2 usually, and k representes fuzzy rank, μ
k(m) degree of membership of expression k level m networking component, μ
k(n) degree of membership of expression k level networking component n.
For the behavior approach degree, can with reference in the fuzzy mathematics to the description of approach degree, carry out integrating representation through the notion of introducing fuzzy inner product and fuzzy apposition, its concrete expression as follows:
Wherein ∧ and ∨ are representing min (minimum) and the max (maximum) in the fuzzy mathematics respectively, and S (b (m), b (n)) then representes the approach degree between behavior description b (m) and the b (n), ● the fuzzy inner product of expression, representes fuzzy apposition.
Through above-mentioned two kinds of similar indexs of behavior---behavior diversity factor and behavior approach degree; Can carry out behavior wisdom cluster and behavior Dynamic matching to the behavior description of network entity, the final behavior mapping of in the behavior territory, accomplishing between wisdom service layer, resource adaptation layer and the networking component layer.
Present embodiment provides a kind of brand-new Internet service system of three layer of two territory; Two domain structures that cooperate the behavior territory through entity domains; With respect to prior art with the address mark network entity and communicate, can be from the bottom to the upper strata network behavior of network enabled entity effectively; In three-layer architecture, various types of network functions is present in the resource adaptation layer with the form of network group simultaneously, can realize the functionalization management of serving; Simultaneously, work alone with respect to each network entity in the prior art, networking component cooperates with one another in network group inside, and accomplishes the network function of appointment jointly with the form of network group, can better service be provided for the user.
Embodiment 2
Based on the Internet architecture that embodiment 1 provides, referring to Fig. 2, present embodiment provides a kind of Internet service method, comprising:
201: the service of coupling optimum network: wisdom service layer receives the demand for services that the user proposes; Demand for services according to the user; The demand for services behavior description of each network service obtains the service identifiers into user's service in the coupling wisdom service layer, according to the concrete network service of confirming as user's service for the service identifiers of user's service;
202: matching network group: the group's behaviour for each network group in the concrete web services match resource adaptation layer of user's service that the resource adaptation layer is confirmed according to wisdom service layer is described the group's sign that obtains to user's service; Group's sign according to for user's service is confirmed as the network group of user's service, and issues the cooperation control information;
203: select concrete networking component: the networking component layer is according to the cooperation control information; Be chosen as the networking component of user's service in network group for user's service; And issue the interlock control information, for the networking component of user's service according to the interlock control information, for the user provides service.
Above-mentioned Internet service method essence is based on two territory architectural frameworks, with the problem that runs in the entity domains, is transformed in the behavior territory and solves, and finally solution is turned back in the entity domains again and carries out.Introduce the Internet service method in detail below in conjunction with Fig. 3 and Fig. 4.
301: service identifiers and the registration of demand for services behavior description: wisdom service layer registers corresponding network service according to service identifiers and demand for services behavior description that the ISP provides;
302: the user proposes demand for services: wisdom service layer receives the demand for services that the user proposes;
303: the service-seeking coupling: wisdom service layer is according to user's demand for services; The demand for services behavior description of each network service in the coupling wisdom service layer; Obtain service identifiers, confirm as the concrete network service of user's service according to this service identifiers for user's service;
304: network wisdom cluster forms network group: the resource adaptation layer is regularly obtained the component property behavior description of networking component, carries out cluster according to the component property behavior description of networking component, forms network group for use;
Wherein, the network group networking component that the identical or similar index of behavior meets preset range by at least one behavior is formed, with the network function of common completion appointment.Wherein, the similar index of behavior can be behavior approach degree or behavior diversity factor etc., and present embodiment is not done qualification to this.
Network group is to the wisdom cluster process of networking component, and formulate is following:
In the following formula,
Be illustrated in the component identification of j networking component in i the network group; FID
i, FBD
iThe group's sign and the group's behaviour that are respectively i network group are described, a total f available network group; M1～mf is illustrated in f the group, the number of the networking component that has respectively; NID
j, NBD
jBe respectively the component identification and the component property behavior description of j networking component, a total n available networking component in the network; Ψ () then is behavior cluster mapping function.The major function of this formula is through component property behavior description and group's behaviour description of networking component, networking component to be carried out group divide.
305: service dynamic adaptation network group: the concrete network service that the resource adaptation layer is confirmed according to wisdom service layer; Group's behaviour of each network group is described in the coupling resource adaptation layer; Obtain group's sign, according to the network group that confirms as user's service for group's sign of user's service for user's service;
Network is served the Dynamic matching process of network group.Formulate is following:
In the following formula,
Be the corresponding group's sign of s the network group for user's service of selected taking-up; The service identifiers and the demand for services behavior description of the service of [SID, SBD] expression specified network; FID
i, FBD
iThe group's sign and the group's behaviour that are i network group are described, and have f alternative network group in the network altogether; Ω [] is a behavior Dynamic matching mapping function.The major function of this formula does, describes through match service demand behavior description and group's behaviour, and wisdom is selected several rational network groups, and uniting for the required service of user provides function corresponding.
306: issue the cooperation control information to network group: the resource adaptation layer issues the cooperation control information to the network group for user's service;
When the network group for user service has when a plurality of, the cooperation control information comprises: the input and output standard of each the network group that serves for the connected mode between a plurality of network group of user's service with for the user.In network group wisdom cooperating process; Input and output between each network group need coupling each other; Therefore for the connected mode between a plurality of network group of user's service and for the input and output standard of each network group of user's service by the adaptive resolution server unification of resource formulation; And be included in cooperation and be handed down to each network group in the control information, thereby guarantee that network group can set up suitable network interface, reach the input and output coupling with adjacent group.
Information interaction mechanism between the network group comprises that state information is mutual and control information is mutual.State information mainly is that each network group need regularly be delivered to the adaptive resolution server of resource with its operating state alternately, for it provides the foundation of wisdom judgement; Control information mainly is that the adaptive resolution server of resource is after making the wisdom judgement, for each network group issues Collaborative Control information alternately.
It is clearer and more definite that wisdom cooperation between the network group will make the function of following wisdom the Internet divide, and promoted the controlled pipe property of functional area significantly, and more the combination of the wisdom of functional area is laid a good foundation.
307: select concrete networking component in the network group, and issue the interlock control information: the networking component layer is chosen as the networking component of user's service in the network group for user's service, and issues the interlock control information according to the cooperation control information;
Network group is chosen as before the networking component of user's service; Networking component in the network group need be known operating state each other; And generation influences each other; Realize the interlock that network group is inner, therefore can comprise the mutual and mutual two parts of control information of state information in the inner information interaction mechanism of adding of network group.State information makes network group inside can understand operating state separately each other alternately, thereby is that the inner interlock of network group provides distinguishing rule.Control information makes group's internal network assembly can mutually adjust operating state alternately, realizes the inner self-regulation of allomeric function and network group of network group.In catenet group, should have one or more core wisdom nodes link control information formation and issue; And in mininet group, the wisdom function that each networking component can dependence itself, the differentiation that links, and to the neighbor node control that links.
Fig. 4 is the reference view of cooperating between interlock and group in the group.
308: networking component provides service: for the networking component of user service according to the interlock control information, for the user provides service.
In sum, the Dynamic matching, the group that serve group all occur in the behavior territory to this twice mapping of wisdom cluster of assembly.Mapping result in the behavior territory; One-to-one relationship through behavior description and entity identification; Be converted into the result of form of identification; Through joint-action mechanism (being the interlock control information that core wisdom node issues) in coordination mechanism between the group in the entity domains (being the cooperation control information that the adaptive resolution server of resource issues) and the group, in each layer network entity, be able to final execution again.
Present embodiment provides a kind of brand-new Internet service system of three layer of two territory; Two domain structures that cooperate the behavior territory through entity domains; With respect to prior art with the address mark network entity and communicate, can be from the bottom to the upper strata network behavior of network enabled entity effectively; Simultaneously in three-layer architecture, it is that the center provides service with the resource that various types of network functions is present in the resource adaptation layer with respect to prior art with the form of network group, can realize the functionalization management of serving; Simultaneously, work alone with respect to each network entity in the prior art, networking component cooperates with one another in network group inside, and accomplishes the network function of appointment jointly with the form of network group, can better service be provided for the user.
Embodiment 3
Based on the Internet architecture that embodiment 1 provides, referring to Fig. 5, present embodiment provides a kind of Internet service system, comprising: wisdom service layer 401, resource adaptation layer 402 and networking component layer 403;
Wisdom service layer 401; Be used to receive the demand for services that the user proposes, according to user's demand for services, the demand for services behavior description of each network service in the coupling wisdom service layer 401; Obtain service identifiers, confirm as the network service of user's service according to this service identifiers for user's service;
Resource adaptation layer 402; Be used for the concrete network service confirmed according to wisdom service layer 401; Group's behaviour of each network group is described in the coupling resource adaptation layer 402; Obtain group's sign, confirm as the network group of user's service according to group's sign, and issue the cooperation control information for user's service for user's service;
Networking component layer 403 is used for, in the network group for user service, being chosen as the networking component of user's service, and issuing the interlock control information according to the cooperation control information, for the networking component of user's service according to the control information that links, for the user provides service.
Further, wisdom service layer 401 also was used for before the demand for services that receives user's proposition,
Receive the service registry request that the ISP sends, service identifiers and demand for services behavior description are carried in the service registry request;
According to service identifiers and the demand for services behavior description that the ISP provides, corresponding network service is registered.
Further; Resource adaptation layer 402 also is used for before wisdom service layer 401 receives the demand for services of user's proposition, regularly obtaining the component property behavior description of networking component; Component property behavior description according to networking component carries out cluster, forms network group for use.
Wherein, the networking component in the networking component layer 403 is used for the historical operating state of minute book networking component and other networking components of consolidated network group, according to historical operating state adjustment present networks assembly current working state.
Wherein, when the network group for user service has when a plurality of, the cooperation control information comprises: the input and output standard of each the network group that serves for the connected mode between a plurality of network group of user's service with for the user.
Present embodiment provides a kind of brand-new Internet service system of three layer of two territory; Two domain structures that cooperate the behavior territory through entity domains; With respect to prior art with the address mark network entity and communicate, can be from the bottom to the upper strata network behavior of network enabled entity effectively; Simultaneously in three-layer architecture, it is that the center provides service with the resource that various types of network functions is present in the resource adaptation layer with respect to prior art with the form of network group, can realize the functionalization management of serving; Simultaneously, work alone with respect to each network entity in the prior art, networking component cooperates with one another in network group inside, and accomplishes the network function of appointment jointly with the form of network group, can better service be provided for the user.
The all or part of step that one of ordinary skill in the art will appreciate that realization the foregoing description can be accomplished through hardware; Also can instruct relevant hardware to accomplish through program; Described program can be stored in a kind of computer-readable recording medium; The above-mentioned storage medium of mentioning can be a read-only memory, disk or CD etc.
The above is merely preferred embodiment of the present invention, and is in order to restriction the present invention, not all within spirit of the present invention and principle, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. an Internet architecture is characterized in that, said Internet architecture comprises: wisdom service layer, resource adaptation layer and networking component layer;
Said wisdom service layer, said resource adaptation layer and said networking component layer all comprise separately entity domains and behavior territory;
Said wisdom service layer comprises at least one network service, and each network service uses the demand for services behavior description in behavior territory in service identifiers and the said wisdom service layer of entity domains in the said wisdom service layer to represent;
Said resource adaptation layer comprises at least one network group, and group's behaviour description in behavior territory is represented in the group sign that each network group uses entity domains in the said resource adaptation layer and the said resource adaptation layer;
Said networking component layer comprises at least one networking component, and each networking component uses the component property behavior description in behavior territory in component identification and the said networking component layer of entity domains in the said networking component layer to represent.
2. Internet architecture according to claim 1 is characterized in that, the said network group networking component that the identical or similar index of behavior meets preset range by at least one behavior is formed, with the network function of common completion appointment.
3. Internet service method based on Internet architecture is characterized in that said method comprises:
Wisdom service layer receives the demand for services that the user proposes; Demand for services according to said user; The demand for services behavior description that matees each network service in the said wisdom service layer; Obtain service identifiers, according to the concrete network service of confirming as said user's service for the service identifiers of said user's service for said user's service;
What the resource adaptation layer was confirmed according to said wisdom service layer be the concrete network service that said user serves; The group's behaviour that matees each network group in the said resource adaptation layer is described; Obtain group's sign for said user's service; Group's sign according to for said user's service is confirmed as the network group that said user serves, and issues the cooperation control information;
The networking component layer is according to said cooperation control information; In the network group that is said user's service, be chosen as the networking component of said user's service, and issue the interlock control information; Said is that the networking component of said user service is according to said interlock control information, for said user provides service.
4. method according to claim 3 is characterized in that, before the demand for services that the said wisdom reception user of service layer proposes, said method also comprises:
The service registry request that the said wisdom reception ISP of service layer sends, service identifiers and demand for services behavior description are carried in said service registry request;
Said wisdom service layer registers corresponding network service according to service identifiers and demand for services behavior description that said ISP provides.
5. method according to claim 3 is characterized in that, before the demand for services that the said wisdom reception user of service layer proposes, said method also comprises:
Said resource adaptation layer is regularly obtained the component property behavior description of networking component, carries out cluster according to the component property behavior description of networking component, forms network group for use.
6. method according to claim 3 is characterized in that, said method also comprises:
The historical operating state of other networking components in networking component minute book networking component in the said networking component layer and the consolidated network group is according to said historical operating state adjustment present networks assembly current working state.
7. method according to claim 3; It is characterized in that; When the network group for said user service has when a plurality of, said cooperation control information comprises: for the connected mode between a plurality of network group of said user's service be the input and output standard of each network group of said user's service.
8. an Internet service system is characterized in that, said system comprises: wisdom service layer, resource adaptation layer and networking component layer;
Said wisdom service layer; Be used to receive the demand for services that the user proposes; Demand for services according to said user; The demand for services behavior description that matees each network service in the said wisdom service layer obtains the service identifiers into said user's service, according to the concrete network service of confirming as said user's service for the service identifiers of said user's service;
Said resource adaptation layer; Be used for definite concrete network service for said user's service according to said wisdom service layer; The group's behaviour that matees each network group in the said resource adaptation layer is described; Obtain group's sign, identify the network group that confirms as said user's service according to group, and issue the cooperation control information for said user's service for said user's service;
Said networking component layer; Be used for according to said cooperation control information; In the network group that is said user's service, be chosen as the networking component of said user's service, and issue the interlock control information; Said is that the networking component of said user service is according to said interlock control information, for said user provides service.
9. system according to claim 8 is characterized in that, said wisdom service layer also was used for before receiving the demand for services that the user proposes,
Receive the service registry request that the ISP sends, service identifiers and demand for services behavior description are carried in said service registry request;
According to service identifiers and the demand for services behavior description that said ISP provides, corresponding network service is registered.
10. system according to claim 8 is characterized in that, said resource adaptation layer also was used for before the demand for services that the said wisdom reception user of service layer proposes,
Regularly obtain the component property behavior description of networking component, carry out cluster, form network group for use according to the component property behavior description of networking component.
11. system according to claim 8 is characterized in that,
Networking component in the said networking component layer is used for the historical operating state of minute book networking component and other networking components of consolidated network group, according to said historical operating state adjustment present networks assembly current working state.
12. system according to claim 8; It is characterized in that; When the network group for said user service has when a plurality of, said cooperation control information comprises: for the connected mode between a plurality of network group of said user's service be the input and output standard of each network group of said user's service.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103095587A (en) * | 2013-01-23 | 2013-05-08 | 北京交通大学 | Method of registration service and network ethnic group central control node and system |
| CN103312604A (en) * | 2013-07-01 | 2013-09-18 | 北京交通大学 | Data packet transmission method and network system |
| CN104038487A (en) * | 2014-06-05 | 2014-09-10 | 南京邮电大学 | Network node clustering method based on Hausdorff distance |
| CN105553711A (en) * | 2015-12-14 | 2016-05-04 | 北京交通大学 | Network architecture and method of realizing integration of ground, sea, aviation and space networks |
| CN108600102A (en) * | 2018-03-29 | 2018-09-28 | 北京交通大学 | A kind of flexible data Transmission system in the contract network based on wisdom |
| CN112953778A (en) * | 2021-03-17 | 2021-06-11 | 北京交通大学 | Intention-driven-based service arrangement system and method in intelligent fusion identification network |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030236824A1 (en) * | 2002-06-20 | 2003-12-25 | Koninklijke Philips Electronics N.V. | Scalable architecture for web services |
| US20040221042A1 (en) * | 2003-04-30 | 2004-11-04 | Meier Robert C. | Mobile ethernet |
| CN1588946A (en) * | 2004-09-14 | 2005-03-02 | 北京邮电大学 | Managing system for providing service quality assuranced on internet and its realizing method |
| CN102036231A (en) * | 2010-09-07 | 2011-04-27 | 北京兵港科技发展有限公司 | Network architecture security system for Internet of Things and security method thereof |
-
2012
- 2012-03-29 CN CN201210088925.7A patent/CN102594924B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030236824A1 (en) * | 2002-06-20 | 2003-12-25 | Koninklijke Philips Electronics N.V. | Scalable architecture for web services |
| US20040221042A1 (en) * | 2003-04-30 | 2004-11-04 | Meier Robert C. | Mobile ethernet |
| CN1588946A (en) * | 2004-09-14 | 2005-03-02 | 北京邮电大学 | Managing system for providing service quality assuranced on internet and its realizing method |
| CN102036231A (en) * | 2010-09-07 | 2011-04-27 | 北京兵港科技发展有限公司 | Network architecture security system for Internet of Things and security method thereof |
Non-Patent Citations (1)
| Title |
|---|
| 张宏科等: "《新互联网体系理论及关键技术》", 《中兴通讯技术》, vol. 14, no. 1, 29 February 2008 (2008-02-29), pages 1 - 4 * |
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103095587A (en) * | 2013-01-23 | 2013-05-08 | 北京交通大学 | Method of registration service and network ethnic group central control node and system |
| CN103095587B (en) * | 2013-01-23 | 2015-10-21 | 北京交通大学 | A method for registration service, network group center control nodes and system |
| CN103312604A (en) * | 2013-07-01 | 2013-09-18 | 北京交通大学 | Data packet transmission method and network system |
| CN103312604B (en) * | 2013-07-01 | 2016-06-08 | 北京交通大学 | Data pack transmission method and network system |
| CN104038487A (en) * | 2014-06-05 | 2014-09-10 | 南京邮电大学 | Network node clustering method based on Hausdorff distance |
| CN104038487B (en) * | 2014-06-05 | 2018-06-08 | 南京邮电大学 | A kind of networking component clustering method based on Hausdorff distances |
| CN105553711A (en) * | 2015-12-14 | 2016-05-04 | 北京交通大学 | Network architecture and method of realizing integration of ground, sea, aviation and space networks |
| CN105553711B (en) * | 2015-12-14 | 2018-12-21 | 北京交通大学 | Realize the network architecture and method of land, sea, air, outer space network integration |
| CN108600102A (en) * | 2018-03-29 | 2018-09-28 | 北京交通大学 | A kind of flexible data Transmission system in the contract network based on wisdom |
| CN108600102B (en) * | 2018-03-29 | 2020-07-17 | 北京交通大学 | Flexible data transmission system based on intelligent cooperative network |
| CN112953778A (en) * | 2021-03-17 | 2021-06-11 | 北京交通大学 | Intention-driven-based service arrangement system and method in intelligent fusion identification network |
| WO2022193534A1 (en) * | 2021-03-17 | 2022-09-22 | 北京交通大学 | Service orchestration system and method based on intent driving in intelligent fusion identification network |
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|---|---|
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