CN105227592A - A kind of Internet architecture and implementation method - Google Patents
A kind of Internet architecture and implementation method Download PDFInfo
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Abstract
The invention discloses a kind of Internet architecture and implementation method, comprising: the first client by comprise identification information, matching condition, physical address, IP address authentication request be sent to server; After server receives described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites; The searching request being used for searching for the second client meeting its matching condition is sent to server by described first client; Server, according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of described second client, physical address, IP address are sent to described first client; Described first client utilizes the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
Description
Technical field
The present invention relates to field of network communication, particularly a kind of framework of network and corresponding implementation method thereof.
Background technology
World Wide Web (WWW) (WorldWideWeb, WWW), usually referred to as Web, is based upon on client/server (B/S) model, and be divided into Web client and Web server program, client accesses Web site by Interne.When a Web site meets with numerous client-access, usually can cause network blockage, this is the birth defect of WWW framework, is not solved well so far.
The Web site that construction one is professional under WWW architecture mode, needs exploitation server program, purchases server family equipment, accesses specialized network, buys domain name etc.Its professional technical is strong, investment amount is high, management difficulty is large, and the burning money pattern of its high threshold is difficult to allow general public set foot in easily.
In Web application aspect, WWW network mainly provides point-to-area centralized Web service in the mode of Web site.User will realize the acquisition to information; or shopping at network; or transmitting-receiving e-mail, or online exchange etc., need to come and go between each Web site; the particularly skimble-scamble standard of each website; accounts different separately and password, various different technology and occupation mode, very different service and fishing website etc. hard to tell whether it is true or false; all cause great inconvenience to user, or even in the face of various crises such as network traps.The data scatter of the most important user of being is stored in the server of each Web site, is both not easy to user management, also cannot ensure the safety of data.
Along with the progress of science and technology, the appearance of a large amount of high-performance mobile intelligent terminal and application, the fast development greatly promoting World Wide Web (WWW), mobile Internet and Internet of Things is popularized, social groups are caused also great change to occur thereupon to the demand of network, people cannot meet only from obtaining information each intrinsic Web site, more need to enter network by own equipment, the function and application of Web site formula can either be realized, also interpersonal direct interaction be can realize, the power of network, rapid and convenient and economic benefit more embodied.
Summary of the invention
The object of the present invention is to provide a kind of Internet architecture and implementation method, by utilizing the client of installing on the terminal device, making client device as services sites, there is Web service function.
According to an aspect of the present invention, provide a kind of implementation method of Internet architecture, comprising:
Be arranged on the first client in terminal by comprise identification information, matching condition, physical address, IP address authentication request be sent to server;
After server receives described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites;
The searching request being used for searching for the second client meeting its matching condition is sent to server by described first client;
Server, according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client;
Described first client utilizes the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
Preferably, the described step directly setting up communication network with described second client comprises:
Described first client generates the networking request being used for setting up with described second client communication network, and described networking request is sent to the IP address at described second client place;
Described second client, by resolving the networking request received, obtains identification information wherein, physical address, matching condition;
The identification information obtain parsing and physical address mate with its identification information and physical address respectively;
If consistent, and it meets described matching condition, then send confirmation to described first client, for described first client according to described confirmation, sets up the network linking between described second client.
Preferably, described described first client is according to described confirmation, and the step setting up the network linking between described second client comprises:
Described first client, according to described confirmation, generates and is used for generating instruction with the group of networks of the second groups of clients establishing network group;
Be used for generating instruction with the group of networks of the second groups of clients establishing network group carry out safety certification to described, and by after certification, set up the network linking between described second client.
Preferably, also comprise:
Described first client is before setting up the network linking between described second client, the identification information of described second client, physical address, IP address, the matching condition that meets are saved to cyberrelationship Groups List, so that when again setting up communication network, utilize described cyberrelationship Groups List, directly set up network linking with corresponding client.
Preferably, also comprise:
After the safety certification by generating instruction to described group of networks, the identification information of the second client be kept in cyberrelationship Groups List, physical address, IP address, the matching condition that meets are saved to priority network annexation Groups List, so that when again setting up communication network, utilize described priority network annexation Groups List, directly set up network linking with corresponding client.
Preferably, also comprise:
After described first client and described second client set up communication network, described first client provides the Web service of services sites to described second client, or to described second client-requested Web service.
Preferably, also comprise:
Described first client and described second client set up communication network, are formed after comprising the group of networks of described first equipment and the second equipment, and described group of networks, by directly setting up communication network with other group of networks, forms the microgrid system comprising multiple group of networks;
Described microgrid system, by directly setting up communication network with other microgrid system, forms the wide area network comprising multiple microgrid system.
According to a further aspect in the invention, provide a kind of Internet architecture, comprising:
First client certificate request module, by comprise the first client identity identification information, matching condition, physical address, IP address authentication request be sent to server;
Server authentication processing module, for after receiving described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites;
First client search request module, for being sent to server by the searching request being used for searching for the second client meeting its matching condition;
Server search processing module, for according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client;
First client networking module, for utilizing the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
Preferably, described first client networking CMOS macro cell is used for setting up with described second client the networking request of communication network, and generated networking request is sent to described second client, receive the confirmation of described second client end response, and according to described confirmation, set up the network linking between described second client.
Preferably, described first client networking module sets up communication network in described first client and described second client, formed after comprising the group of networks of described first equipment and the second equipment, by directly setting up communication network with other group of networks, form the microgrid system comprising multiple group of networks, and by directly setting up communication network with other microgrid system, form the wide area network comprising multiple microgrid system.
Compared with prior art, beneficial effect of the present invention is:
1, the present invention is utilized, user is under existing network facility condition, client-side program is installed on any own local device, just can framework Web service website on the local device rapidly, realize the Web site service of local application continuum and serviced;
2, the network linking that realizes of Internet architecture provided by the invention, all-network activity can be made to start voluntarily by user, all-network data are all transmitted end to end between user and target customer, utilance for backbone network end Network bandwidth resources will be greatly improved, also mitigate the pressure to backbone bandwidth transfer of data under WWW network schemer simultaneously, effectively solve the bottleneck problem of WWW network Internet bandwidth;
3, client of the present invention has network addressing, information sends and acquisition of information function, enables user obtain sufficient network rights, becomes direct export and the entrance of the Internet.
Accompanying drawing explanation
Fig. 1 is the implementation method theory diagram of Internet architecture provided by the invention;
Fig. 2 is Internet architecture schematic diagram provided by the invention;
Fig. 3 is that the Internet architecture that first embodiment of the invention provides forms schematic diagram;
Fig. 4 is the client terminal device structural representation that second embodiment of the invention provides.
Embodiment
Below in conjunction with accompanying drawing to a preferred embodiment of the present invention will be described in detail, should be appreciated that following illustrated preferred embodiment is only for instruction and explanation of the present invention, is not intended to limit the present invention.
Fig. 1 is the implementation method theory diagram of Internet architecture provided by the invention, and as shown in Figure 1, step comprises;
Step S101: be arranged on the first client in terminal by comprise identification information, matching condition, physical address, IP address authentication request be sent to server.
Step S102: after server receives described authentication request, binds the identification information of described first client, matching condition, physical address, IP address, and is saved to database, so that using described first client as services sites.
Step S103: the searching request being used for searching for the second client meeting its matching condition is sent to server by described first client.
Step S104: server, according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client.
Step S105: described first client utilizes the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
In described step S105, described first client generates the networking request being used for setting up with described second client communication network, and described networking request is sent to the IP address at described second client place; Described second client is by resolving the networking request received, obtain identification information wherein, physical address, matching condition, the identification information obtain parsing and physical address mate with its identification information and physical address respectively, if consistent, and it meets described matching condition, then send confirmation to described first client; Described first client is according to described confirmation, generate and be used for generating instruction with the group of networks of the second groups of clients establishing network group, and safety certification is carried out to described group of networks generation instruction, after certification, set up the network linking between described second client.After described first client and described second client set up communication network, described first client provides the Web service of services sites to described second client, or to described second client-requested Web service.
Further, described first client is before setting up the network linking between described second client, the identification information of described second client, physical address, IP address, the matching condition that meets are saved to cyberrelationship Groups List, so that when again setting up communication network, utilize described cyberrelationship Groups List, directly set up network linking with corresponding client.
Further, can also after the safety certification by generating instruction to described group of networks, the identification information of the second client be kept in cyberrelationship Groups List, physical address, IP address, the matching condition that meets are saved to priority network annexation Groups List, so that when again setting up communication network, utilize described priority network annexation Groups List, directly set up network linking with corresponding client.
Described first client and described second client set up communication network, are formed after comprising the group of networks of described first equipment and the second equipment, and described group of networks, by directly setting up communication network with other group of networks, forms the microgrid system comprising multiple group of networks; Described microgrid system, by directly setting up communication network with other microgrid system, forms the wide area network comprising multiple microgrid system.
Fig. 2 is Internet architecture schematic diagram provided by the invention, Internet architecture of the present invention comprises multiple client and a server, only be described for a client (i.e. the first client) in Fig. 2, as shown in Figure 2, described first client comprises authentication request module 211, searching request module 212 and networking module 213, and described server comprises identification processing module 221 and search processing module 222.Wherein:
The authentication request module 211 of described first client by comprise the first client identity identification information, matching condition, physical address, IP address authentication request be sent to server, the identification processing module 221 of server is after receiving described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites, give described first client back response information, result to be informed described first client simultaneously.The searching request being used for searching for the second client meeting its matching condition is sent to server by the searching request module 212 of described first client, the search processing module 222 of server is according to described searching request, search the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client; The networking module 213 of the first client utilizes the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.Specifically, the networking module 213 of described first client generates the networking request being used for setting up with described second client communication network, and generated networking request is sent to described second client, receive the confirmation of described second client end response, and according to described confirmation, set up the network linking between described second client.
Described first client networking module sets up communication network in described first client and described second client, formed after comprising the group of networks of described first equipment and the second equipment, by directly setting up communication network with other group of networks, form the microgrid system comprising multiple group of networks, and by directly setting up communication network with other microgrid system, form the wide area network comprising multiple microgrid system.
Particularly, networking mode is as follows:
Step one: user selects the client-side program being suitable for version to be loaded on own equipment.
Described own equipment (being referred to as local device below) comprises computer, the server that user has program control power, and has the intelligent terminal of computer characteristic.Wherein, described intelligent terminal includes but not limited to smart mobile phone, panel computer, notebook computer, intelligent appliance, intelligent sensor, Internet of things device etc.
Step 2: described local device access network.
Described network comprises the multiple available network linking form such as Internet, local area network (LAN), WiFi, mobile network 2G, 3G, 4G, sensing radio-frequency communication interconnection network.
Step 3: the Web server nodal function opening local device.
Step 4: after client initial start-up, prompting user carries out registering, certification.
A unique identity can be obtained after user's authentication registration, and networking matching condition and the network address mark (i.e. physical address, such as MAC Address).
Step 5: the user profile of authentication registration is kept at server, is recorded in addressing navigation index.
Wherein, described addressing navigation index is the concordance list of all registered users of server record, and concordance list associates the coupling class table that records user's matching condition.Each user has an independently navigation index, respectively preserves portion in user this locality and server.
Step 6: the scanning search device navigation index of client sends the request of coupling destination client.
Navigation index preferably can meet the user of matching condition in local device retrieval, also can once mate contrast retrieval at server and upgrade.Described coupling destination client refers to all registered users consistent with active user's demand and request condition (i.e. matching condition) feature.
Step 7: the scanning search device of client presents to user the target customer's client information meeting matching condition.
Described destination client information comprises identification information, physical address, the matching condition of destination client, and IP address.
Step 8: user selects required destination client, scanning search device sends networking request to by the destination client selected.
Specifically, client generates the networking request that networking is carried out in the destination client being used for selecting with user, himself identification information, physical address, matching condition is comprised in described networking request, and the identification information of destination client, physical address, matching condition, then described networking request is sent to the IP address at place, described destination client.
Step 9: the scanning search device of destination client receives the networking request of user, and after verifying match information, returns confirmation to user, and upgrade local navigation index file.
Specifically, described destination client receives and resolves received networking request, obtains identification information, physical address, the matching condition of source client wherein and object client, and IP address.Described destination client is mated with himself identification information and physical address respectively by resolving the identification information of object client that obtains and physical address, if consistent, and it meets described matching condition, then send confirmation to described source client, simultaneously, by described source client-side information (identification information, physical address, matching condition, and IP address) be saved to its cyberrelationship Groups List, to utilize described cyberrelationship Groups List next time, directly set up network linking with corresponding client.
Step 10: according to the confirmation returned, the client-side information of coupling that management navigation index records, generates the instruction of building network group.
Step 11: according to described instruction, directly carries out safety certification and/or cyberrelationship confirms.
Step 12: safety certification confirms and/or after cyberrelationship confirmation, sets up network linking, set up a group of networks.
Before setting up network linking, target customer's client information (comprising identification information, physical address, IP address etc.) is kept in cyberrelationship group.Described safety certification refers to carries out certification (such as comprising the user identity card information of Real Name and ID card No. etc.) to subscriber identity information, if through safety certification, then described destination client is the destination client (i.e. credit destination client) obtaining credit, described credit target customer client information (comprising identification information, physical address, IP address, subscriber identity information) is saved to priority network linking relationship group, carries out mutual network linking in preferential network linking mode.That is, the present invention, by User Identity information etc. being bound with corresponding subscriber identity information, makes destination client become credit destination client.
Further, the client in a group of networks, can carry out mutual network linking with the group of networks of the multiple credit client associated and multiple credit client in preferential network linking mode.
Step 13: the user's group setting up priority network on-link mode (OLM), its member can build some or all groups of clients together in, thus forms a microgrid system.
Described microgrid system, centered by networking client (user), with the group of networks at multiple destination client and place, destination client, and descends the group of networks at place, one deck destination client to set up a some radiation link net group again.
Step 14: interconnection between microgrid system and microgrid system, multiple microgrid systems composition wide area network.
Step 15: at the networked client end subscriber of group of networks, microgrid system, wide area network regional, all can provide Web service each other.
Step 10 six: server provides system cloud gray model and platform support services for all registered users.
Above-mentioned steps is used for realizing Internet architecture of the present invention, and it is only a preferred embodiment of the present invention, does not limit occupation mode of the present invention.
Mutually can provide Web service between described networked clients, the client user of group of networks is Web service person, is also attendee; Target customer's end subscriber is attendee equally, is also Web service supplier.All client users of group of networks, microgrid system, wide area network all have Web service and serviced dual-use function and identity, and have different Web service authorities in different network linking regional extents.
Further, the server corresponding with client, its function and form all with client terminal device one_to_one corresponding.
The present invention specifically provides a kind of client and a server, and a kind of networking mode and preferred network linking mode, can provide Web service between the client of networking mutually.Client is loaded on the computer and intelligent terminal that user networked, and user starts client registers can obtain a unique identity, and matching condition and network address mark.The scanning search device of client terminal device can find the destination client matched, and sets up building network group after network linking with destination client, forms a microgrid system after linking with multiple destination client and group of networks.Interconnection between microgrid system and microgrid system, multiple microgrid systems composition wide area network.Can share between group of networks, microgrid system, wan user or shared network group resource.
When the scanning search device of client is as information retrieval tool, obtains on the internet and be that the content that user presents mainly contains three classes, the first kind is the destination client of mating most, and provides and link and Communications service with the straight-forward network of destination client; Equations of The Second Kind is the resource and information of mating most, and provides the network linking of the client of directly access best source and related abstract, remarks explanation; 3rd class is preferably information on WWW network, and provides and present after the safety filtering obtaining visit information again, and the remarks explanation of relevant information.The inaccuracy magnanimity information of a large amount of homogeneities that present WWW web search of comparing provides, has tremendous functional promotion.
Fig. 3 is that the Internet architecture that first embodiment of the invention provides forms schematic diagram, as shown in Figure 3.
In Fig. 3, client 0 and the destination client 1 of mating, client 2, client 3 ... client n establishes the link network consisting group 0.Comparably, client 1 and the client 11 of mating, client 12 ... client 1n network consisting group 1; Client 2 and the client 21 of mating, client 22 ... client 2n network consisting group 2; Client 3 and the client 31 of mating, client 32 ... client 3n network consisting group 3; Client n and the client n1 mated, client n2 ... client nn network consisting group n.
In Fig. 3, client 0 and group of networks 1, group of networks 2, group of networks 3 ... group of networks n links, and forms a microgrid system 100.Comparably, client 1 and group of networks 0, group of networks 2, group of networks 3 ... group of networks n links, and forms a microgrid system 110; Client 2 and group of networks 0, group of networks 1, group of networks 3 ... group of networks n links, and forms a microgrid system 120; Client 3 and group of networks 0, group of networks 1, group of networks 2 ... group of networks n links, and forms a microgrid system 130; Client n and group of networks 0, group of networks 1, group of networks 2, group of networks 3 ... group of networks 1n links, and forms a microgrid system n.
In Fig. 3, microgrid system 100, microgrid system 110, microgrid system group 120, microgrid system 130 ... interconnection composition wide area network between microgrid system n.
Install on the local device and start client, client and server establish the link and swap data.Then, client can enter Web mode of operation, Web application model, local mode of operation three kinds of mode of operations.When client enters Web mode of operation, automatically start its scanning search device, find the destination client of coupling, and set up network linking with the destination client of mating, thus set up a group of networks with destination client.After building network group, client can send Web service information to target customer's end subscriber, also can target customer be sent to share local task, can also carry out Information issued etc.When client enters Web application model, the user of described client is used to become serviced user, after its client sets up group of networks with the destination client of mating, can the Web service that provides of receiving target client, or to destination client request Web service.When client enters local mode of operation, process local task, task can be shared with destination client where necessary, namely send to destination client to share local task.
Fig. 4 is the client terminal device structural representation that second embodiment of the invention provides, and as shown in Figure 4, client terminal device comprises functional module 10, communication module 20 and application module 30.
Described functional module 10 comprises following 101-106 six modules, wherein:
Scanning search module 101, for the scanning addressing of destination client, the transmission of assist process Web service event details and information and the task of reception, specifically, it associates communication module 20 on the one hand and completes networking, completes issue and the acquisition of every application affairs Web information of application module 30 on the other hand;
Relation policy module 102, for the treatment of the incidence relation between association item each in functional module 10, communication module 20 and application module 30, such as, relation between user's registration and client, user and client and the process associating item and various relation between local device, functional module, application component, group of networks, user's group, network event.Wherein, after client registers, a unique identity can be obtained, and matching condition and the network address mark, identify label is as the super pass of user, and matching condition is used for associated objects user, and network address mark is for indicating user address location in a network.
File module 103, for the function such as typing, process, classification, storage of digital document, itself and database module 105 associated application, every typing for event data, process, classification, storage etc. in process application module 30.
Safety and authentication module 104, for to the safety management in regarding system environment, data, communications activity and Web task in functional module 10, communication module 20 and application module 30, certification, namely safety management and certification are carried out to system environments, data, communications activity.
Database module 105, for the storage of user data.
API standard interface module 106, for providing standard interface for third party application in application module 30.
Described communication module 20 comprises following 201-203 tri-modules, wherein:
Bottom control module 201, networking module 202, assembly such as communication protocol module 203 grade.
The communication of bottom control module 201 between local system physical layer, data Layer, presentation layer, exchanges data and control, for supporting that networking module 202 is under the network environment of communication protocol module 203, one side realizes the Web node server capability of local device, realizes on the other hand setting up network linking and transfer of data between other clients.
Networking module 202 is for local system computer and the configuration of device network physical interface and calling of preferred communications protocol, and destination client, network linking between server and transfer of data.
In communication protocol module 203, described associated communication agreement refers to UDP, TCP/IP, P2P, PPPOP agreement of networking available by physical medium, to be networked available WIFI, WAPI, GSM, GPRS, CDMA, LTE protocol etc. by wireless telecommunications.
Described application module 30 comprises aid module 301, third party application module 302, base application module 303 etc.
Above-mentioned functions module 10, communication module 20 and application module 30 are encapsulated into a client.Client terminal device comprises multiple systems version, runs under being adapted at the operating system of various main flow, and allows the equipment of running client device have the function of Web server node.The function of described Web server node refers to: client terminal device indicates the network site of local device in a network; Client terminal device indicates demand, condition and standard that coupling links; There is the function and authority that provide Web service; Have and accept serviced function and authority.Described Web service, the Web functional unit that client user adopts client terminal device of the present invention to provide and application component, framework Web site on the local device, under the prerequisite based on interpersonal direct interaction, target customer's end subscriber to group of networks, microgrid system and wide area network provides Web service event details, such as office, Internet of Things application etc.Described is serviced, refers to and uses the user of this client directly to enter the Service events details of Web service client by link, carrying out in direct information interchange with ISP, and both sides have cooperated Service events details.
Described server completes registration, certification, addressing navigation etc. for assisting client user.Described server can install and use client terminal device, lift portion authority, for realizing the management to the whole network registered user, for user provides necessary server space, and provides support for the upgrading of client terminal device and system platform.
In sum, the present invention has following technique effect:
1, the present invention realizes direct communication between client, alleviates backbone network transfer of data pressure;
2, the present invention is by the client of search Satisfying Matching Conditions, can the fast finding information of meeting consumers' demand;
3, the present invention is by arranging unique identification information for each client, and described information and individual subscriber real information is bound, and build one's credit mechanism, thus improves the credit rating of user in network activity;
4, the present invention carries out network linking by user from the client of main separation Satisfying Matching Conditions, effectively reduces the risk using network.
5, the present invention is by user's independently building network and provide Web service on own equipment, effectively can realize the fail safe to network and controllability.
Although be described in further detail invention has been above, the present invention is not limited thereto, those skilled in the art of the present technique can carry out various amendment according to principle of the present invention.Therefore, all amendments done according to the principle of the invention, all should be understood to fall into protection scope of the present invention.
Claims (10)
1. an implementation method for Internet architecture, is characterized in that, comprising:
Be arranged on the first client in terminal by comprise identification information, matching condition, physical address, IP address authentication request be sent to server;
After server receives described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites;
The searching request being used for searching for the second client meeting its matching condition is sent to server by described first client;
Server, according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client;
Described first client utilizes the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
2. method according to claim 1, is characterized in that, the described step directly setting up communication network with described second client comprises:
Described first client generates the networking request being used for setting up with described second client communication network, and described networking request is sent to the IP address at described second client place;
Described second client, by resolving the networking request received, obtains identification information wherein, physical address, matching condition;
The identification information obtain parsing and physical address mate with its identification information and physical address respectively;
If consistent, and it meets described matching condition, then send confirmation to described first client, for described first client according to described confirmation, sets up the network linking between described second client.
3. method according to claim 2, is characterized in that, described described first client is according to described confirmation, and the step setting up the network linking between described second client comprises:
Described first client, according to described confirmation, generates and is used for generating instruction with the group of networks of the second groups of clients establishing network group;
Be used for generating instruction with the group of networks of the second groups of clients establishing network group carry out safety certification to described, and by after certification, set up the network linking between described second client.
4. method according to claim 3, is characterized in that, also comprises:
Described first client is before setting up the network linking between described second client, the identification information of described second client, physical address, IP address, the matching condition that meets are saved to cyberrelationship Groups List, so that when again setting up communication network, utilize described cyberrelationship Groups List, directly set up network linking with corresponding client.
5. method according to claim 4, is characterized in that, also comprises:
After the safety certification by generating instruction to described group of networks, the identification information of the second client be kept in cyberrelationship Groups List, physical address, IP address, the matching condition that meets are saved to priority network annexation Groups List, so that when again setting up communication network, utilize described priority network annexation Groups List, directly set up network linking with corresponding client.
6. the method according to claim 1-5 any one, is characterized in that, also comprises:
After described first client and described second client set up communication network, described first client provides the Web service of services sites to described second client, or to described second client-requested Web service.
7. method according to claim 6, is characterized in that, also comprises:
Described first client and described second client set up communication network, are formed after comprising the group of networks of described first equipment and the second equipment, and described group of networks, by directly setting up communication network with other group of networks, forms the microgrid system comprising multiple group of networks;
Described microgrid system, by directly setting up communication network with other microgrid system, forms the wide area network comprising multiple microgrid system.
8. an Internet architecture, is characterized in that, comprising:
First client certificate request module, by comprise the first client identity identification information, matching condition, physical address, IP address authentication request be sent to server;
Server authentication processing module, for after receiving described authentication request, the identification information of described first client, matching condition, physical address, IP address are bound, and be saved to database, so that using described first client as services sites;
First client search request module, for being sent to server by the searching request being used for searching for the second client meeting its matching condition;
Server search processing module, for according to described searching request, searches the second client meeting its matching condition in its database, and the identification information of the second found client, physical address, IP address are sent to described first client;
First client networking module, for utilizing the identification information of described second client received, physical address, IP address, directly sets up communication network with described second client.
9. Internet architecture according to claim 8, it is characterized in that, described first client networking CMOS macro cell is used for setting up with described second client the networking request of communication network, and generated networking request is sent to described second client, receive the confirmation of described second client end response, and according to described confirmation, set up the network linking between described second client.
10. Internet architecture according to claim 8 or claim 9, it is characterized in that, described first client networking module sets up communication network in described first client and described second client, formed after comprising the group of networks of described first equipment and the second equipment, by directly setting up communication network with other group of networks, form the microgrid system comprising multiple group of networks, and by directly setting up communication network with other microgrid system, form the wide area network comprising multiple microgrid system.
Priority Applications (1)
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| CN107104928A (en) * | 2016-02-23 | 2017-08-29 | 阿里巴巴集团控股有限公司 | Service implementation method and device |
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| CN112037031A (en) * | 2020-09-02 | 2020-12-04 | 北京炎黄医养科技有限公司 | Method and device for realizing finance of agricultural and commercial interconnection supply chain |
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