CN105306417A - Network data distribution method based on super router and network system - Google Patents
Network data distribution method based on super router and network system Download PDFInfo
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Abstract
The invention discloses a network data distribution method, comprising the following steps that: a major node data server establishes a corresponding relationship between IP addresses and areas, composing the IP addresses with the same area relationships into different areas; the super router obtains the IP address of the node, and meanwhile the super router with the unique equipment identification number, namely equipment ID number, sends a node register message to the major node data server; the major node data server obtains the area information and transmits the corresponding area business data to the super router according to the equipment ID of the super router and the corresponding IP address which indicates the specific area; and the major node data server also can allow the super router to obtain the related super router equipment ID and the IP address, and obtains related business content data from the super router. According to the network data distribution method for the super router provided by the invention, the local area network data server is established on the router, so that a user can obtain high-speed and stable data within the specific local area network.
Description
Technical field
The present invention relates to a kind of communications router, and based on a kind of network data distributing method of this communications router.
Background technology
Along with the continuous improvement of the fast universal of the client terminals such as smart mobile phone and network environment, people start more and more to depend on and obtain the various information content by network; Increasing manufacturer also needs product and other digital resource information of being promoted oneself by Web Publishing simultaneously.
In prior art, normally set up the issue that server carries out digital resource information on the internet, the network condition of zones of different is uneven, there is huge difference in such as different cities, street, community, retail shop etc. network condition, the data resource that a lot of information content is enriched is extremely low in the area distribution efficiency that network condition is poor, user terminal cannot be arrived fast and effectively, reduce the efficiency that information is transmitted, add recessive cost.If at the cost of each network node configures independently data server, too high.
In prior art, router is popularized gradually as one of networking infrastructure device, and large to unit of company, little Dao apartment, shop all can have router to exist, and the crowd covered is more and more wider; But common router does not have the function of data server.
The present invention is on traditional router base, add the function of data server, make data server by the arrival client of this apparatus for network node of router, the primary networking service device UNICOM on this data server and the Internet, carries out granting and the renewal of information resources.Each LAN router data server, can with the upper network of its UNICOM in upgrade, store digital resource, upgrade dynamically and issue data message to the position the most close to user; Each LAN router data server, realizes high speed data content distribution, greatly improves Experience Degree and the information distribution efficiency of user in the LAN that can access at it; Each LAN router data server cannot can also work on during normal service at upper layer network, makes the user in local area network (LAN) can carry out the high speed of data, stable acquisition in this LAN.
Explanation of nouns:
ID: the abbreviation being English " Identification ", Chinese is meant to " unique identifier or identify label number ";
IP address: the abbreviation being English " InternetProtocolAddress ", Chinese is meant to " Internet protocol address or internet protocol address ";
SD card: the abbreviation being English " SecureDigitalMemoryCard ", Chinese is meant to " a kind of memory device of new generation of based semiconductor fast-flash memory device ";
TF: the abbreviation being English " TranFlash ", Chinese is meant to " a kind of brand-new microminiature Large Copacity mobile memory card ";
Ftp: the abbreviation being English " FileTransferProtocol ", Chinese is meant to " text transfer protocol ";
Http: the abbreviation being English " Hypertexttransferprotocol "; the rule of the communication mutually that has been a kind of specified in more detail between browser and Web server that Chinese is meant to " HTML (Hypertext Markup Language) ", transmits the data transfer protocol of web documents by internet;
Svn: the abbreviation being English " Subversion ", Chinese is meant to " version control system ";
Samba: be the freeware realizing SMB agreement on Linux and unix system, be made up of server and client-side program; Wherein SMB(ServerMessagesBlock, information service block) be a kind of communication protocol of a kind of shared file on a local area network and printer, it is for providing the share service of the resource such as file and printer between the different computers in local area network (LAN);
Ssh: the abbreviation being English " SecureShell ", Chinese is meant to " being based upon the security protocol on application layer and transport layer basis ".；
Telnet: the abbreviation being English " teletypenetwork ", Chinese is meant to " standard agreement of Internet telnet service and program ";
PPPOE: the abbreviation being English " PointtoPointProtocoloverEthernet ", Chinese is meant to " point-to-point protocol based on Ethernet ";
DHCP: the abbreviation being English " DynamicHostConfigurationProtocol, DHCP ", Chinese is meant to " DynamicHost arranges agreement ".
Summary of the invention
The technical problem to be solved in the present invention is to avoid above-mentioned the deficiencies in the prior art part, and devise a kind of network data distributing method, comprise the following steps: a.1 host node data server sets up the corresponding relation of IP address and region, form different local area network (LAN)s according to IP address; A.2 device id number is the super router of ID-1, and start obtains the IP address ip-1 of this LAN node, sends local area network (LAN) Node registry message to host node data server; A.3 host node data server is the IP address ip-1 of the super router of ID-1 according to device id number, No. ID, equipment is the region at the super router place of ID-1, host node data server is the business datum that the region at the super router place of ID-1 determines to distribute according to device id number, described business datum is transmitted message by the first business datum and sends the super router that device id number is ID-1 to; A.4 device id number is the super router of ID-2, and start obtains the IP address ip-2 of this LAN node, sends local area network (LAN) Node registry message to host node data server; A.5 host node data server is with the IP address ip-2 that is the super router of ID-2 according to described device id number the corresponding relation with region, find out the IP address ip-1 of super router or the IP address of other super router that the device id number with IP address ip-2 with business association is ID-1, and transmit by the first business datum the super router that message sends to device id number to be ID-2 the device id number IP address ip-1 of super router that is ID-1 or the IP address of other super router; A.6 device id number is the super router of ID-2, transmit after No. ID, message equipment is the IP address ip-1 of the super router of ID-1 or the IP address of other super router by the first business datum, send super router or other super router that local area network (LAN) Node registry message is ID-1 to device id number, device id number is that the super router of ID-1 sends described business datum to super router or other super router that device id number is ID-2 by the second business datum transmission message.
Described step a.6 in comprise the following steps again: a.6.1 the device id number super router that is ID-1 transmits message by the second business datum and client is accessed permissions data and send the super router or other super router that device id number is ID-2 to; A.6.2, after client moves to the region that device id number accesses for super router or other super router of ID-2, network insertion authority is automatically obtained by running access authority hypervisor.
A kind of super router, comprises distributed access server and download server; Described distributed access server, the network service request that identify customer end sends; Described distributed access server, sends to client and presets welcome page; The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor; And run access authority hypervisor transmission access right limit information to super router by client; Described distributed access server, identifies user right, the authority of open client-access network.
A kind of distributed access network system, comprises super router, client and host node data server; Described super router comprises distributed access server and download server; Described distributed access server, the network service request that identify customer end sends; Described distributed access server, sends to client and presets welcome page; The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor; Described client is according to described welcome page, and from described distributed access server down load application program, described application program comprises access right limit hypervisor; Described client sends access right limit information to super router by running access authority hypervisor; Described super router is connected to described host node data server by network, obtains client access permissions data, identifies user right, the authority of open client-access network.
Described each super router composition access network, sharing users permissions data between each super router; Described client moves to the access to LAN of different super routers, just automatically obtains network insertion authority by running access authority hypervisor.
Described super router comprises broadcasting server; The access authority hypervisor run duration of described client, the cycle sends access request information to described super router; The authority of the open client access network of described super router, and send broadcast data by described broadcasting server to client.
A kind of network insertion right management method, comprises the following steps: the network service request of b.1 super router identify customer end transmission; B.2 super router sends to client and presets welcome page; B.3 client is according to described welcome page, and from super router down load application program, described application program comprises access right limit hypervisor; B.4 client runs access authority hypervisor, and sends access right limit information to super router by access authority hypervisor; B.5 super router obtains client jurisdiction data from host node data server, identify customer end authority by network connection, the authority of open client-access network.
B.4, described step comprises the following steps again: b.4.1 described client is run described access authority hypervisor and comprised user's registering functional; B.4.2 described client is by user's registering functional completing user Data Enter of described access authority hypervisor, and user name and user cipher set.
Described network insertion right management method, b.4 described step comprises the following steps again: b.4.3 described client is during the described access authority hypervisor of operation, and the cycle sends access request information to described super router; B.4.4 the access authority of the open described client of described super router, and by the broadcasting server of the super router access authority hypervisor transmission broadcast data to client.
Described network insertion right management method, b.4.4 described step comprises the following steps again: b.4.4.1 described super router arranges the length of described client turn-on time by the access authority hypervisor of described client; B.4.4.2 described client length turn-on time is according to the client click volume adjustment accessing the broadcast data that authority hypervisor sends from described super router broadcast server to client, and click volume is longer for larger turn-on time.
Compared with prior art, the network data distributing method based on super router of the present invention's design and network system, the terminal of Data dissemination is extended to further " at the moment " closest to the client of receiving information, the client of having installed access authority hypervisor both can form high-speed information channel with super router, data message is obtained from super router memory block, also directly to host node server obtaining information, a kind of acquisition of information node of loose coupling can namely be formed.Because whole system is a kind of loosely coupled design, can under various network condition, high efficiencyly complete data message distribution services, for Information issued producer, improve information popularization speed to greatest extent, for the user received information, also improve acquisition of information speed to greatest extent, enhance experience effect.And every data parameters of super router access all quantitatively can provide concrete time long pointer, for data information publish statistics provides conveniently.
Accompanying drawing explanation
Fig. 1 network design block schematic illustration;
The each level functional schematic of Fig. 2 network system;
Data-message between the super router of Fig. 3 and host node data server and each super router transmits schematic diagram
Fig. 4 client-access flow through a network schematic diagram;
The module composition frame chart of the super router of Fig. 5.
Embodiment
Below in conjunction with each accompanying drawing, content of the present invention is described in further detail.
As Figure 1-5: a kind of network data distributing method, comprises the following steps: comprise the following steps: a.1 host node data server sets up the corresponding relation of IP address and region, different local area network (LAN)s is formed according to IP address; A.2 device id number is the super router of ID-1, and start obtains the IP address ip-1 of this LAN node, sends local area network (LAN) Node registry message 310 to host node data server; A.3 host node data server is the IP address ip-1 of the super router of ID-1 according to device id number, No. ID, equipment is the region at the super router place of ID-1, host node data server is the business datum that the region at the super router place of ID-1 determines to distribute according to device id number, described business datum is transmitted message 320 by the first business datum and sends the super router that device id number is ID-1 to; A.4 device id number is the super router of ID-2, and start obtains the IP address ip-2 of this LAN node, sends local area network (LAN) Node registry message 310 to host node data server; A.5 host node data server is with the IP address ip-2 that is the super router of ID-2 according to described device id number the corresponding relation with region, find out the IP address ip-1 of super router or the IP address of other super router that the device id number with IP address ip-2 with business association is ID-1, and transmit by the first business datum the super router that message 320 sends to device id number to be ID-2 the device id number IP address ip-1 of super router that is ID-1 or the IP address of other super router; A.6 device id number is the super router of ID-2, transmit after No. ID, message 320 equipment is the IP address ip-1 of the super router of ID-1 or the IP address of other super router by the first business datum, send super router or other super router that local area network (LAN) Node registry message 310 is ID-1 to device id number, device id number is that the super router of ID-1 sends described business datum to super router or other super router that device id number is ID-2 by the second business datum transmission message 330.
Described step a.6 in comprise the following steps again: a.6.1 the device id number super router that is ID-1 transmits message 330 by the second business datum and client is accessed permissions data and send the super router or other super router that device id number is ID-2 to; A.6.2, after client moves to the region that device id number accesses for super router or other super router of ID-2, network insertion authority is automatically obtained by running access authority hypervisor.
A kind of super router, comprises distributed access server and download server; Described distributed access server, the network service request that identify customer end sends; Described distributed access server, sends to client and presets welcome page; The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor; , and run access authority hypervisor transmission access right limit information to super router by client; Described distributed access server, identifies user right, the authority of open client-access network.
A kind of distributed access network system comprises super router, client and host node data server; Described super router comprises distributed access server and download server; Described distributed access server, the network service request that identify customer end sends; Described distributed access server, sends to client and presets welcome page; The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor; Described client is according to described welcome page, and from described distributed access server down load application program, described application program comprises access right limit hypervisor; Described client sends access right limit information to super router by running access authority hypervisor; Described super router is connected to described host node data server by network, obtains client access permissions data, identifies user right, the authority of open client-access network.
In described distributed access network system, described each super router composition access network, sharing users permissions data between each super router; Described client moves to the access to LAN of different super routers, just automatically obtains network insertion authority by running access authority hypervisor.
Super router in described distributed access network system comprises broadcasting server; The access authority hypervisor run duration of described client, the cycle sends access request information to described super router; The authority of the open client access network of described super router, and send broadcast data by described broadcasting server to client.
A kind of network insertion right management method, comprises the following steps: the network service request of b.1 super router identify customer end transmission; B.2 super router sends to client and presets welcome page; B.3 client is according to described welcome page, and from super router down load application program, described application program comprises access right limit hypervisor; B.4 client runs access authority hypervisor, and sends access right limit information to super router by access authority hypervisor; B.5 super router obtains client jurisdiction data from host node data server, identify customer end authority by network connection, the authority of open client-access network.
B.4, described step comprises the following steps again: b.4.1 described client is run described access authority hypervisor and comprised user's registering functional; B.4.2 described client is by user's registering functional completing user Data Enter of described access authority hypervisor, and user name and user cipher set.
Described network insertion right management method, b.4 described step comprises the following steps again: b.4.3 described client is during the described access authority hypervisor of operation, and the cycle sends access request information to described super router; B.4.4 the access authority of the open described client of described super router, and by the broadcasting server of the super router access authority hypervisor transmission broadcast data to client.
Described network insertion right management method, b.4.4 described step comprises the following steps again: b.4.4.1 described super router arranges the length of described client turn-on time by the access authority hypervisor of described client; B.4.4.2 described client length turn-on time is according to the client click volume adjustment accessing the broadcast data that authority hypervisor sends from described super router broadcast server to client, and click volume is longer for larger turn-on time.
Described network is divided into three layers as shown in Figure 1: host node data service layer, router data service layer and client.
Several host node data servers that have of host node data service layer are distributed on internet, as host node data server 110 and host node data server 112, host node data server is the initial release district of data message, and the source of information is the various producers wishing to issue digital information.
The major function of host node data server includes but not limited to: carry various digital information and Classification Management; The data message of carrying is synchronized in the super router of router data service layer; Obtain in router data service layer the statistical information of the every data parameters accessed, as the super router operating state of the renewal of flow, various digital information, distribution situation, router data service layer; The super router of routers data service layer carries out remote maintenance.
Router data service layer is made up of several super routers, as super router one 20 and super router one 22, the super router of router data service layer has the function of conventional routers, as: the functions such as PPPOE dialing, dynamic IP allocation (DHCP), static IP setting, fire compartment wall, flow control; Super router also possesses transfer of data, stores service function simultaneously.Super router can be integrated data service device in the router; Or traditional server adds router feature.
The data server function of super router, namely provides data upload to download, or unloading data function, not only can between router data service layer and host node data service layer unloading data; Can also between the super router of router data service layer unloading data.When host node data server inaccessible, router data service layer still normally can provide data, services.
The super router of router data service layer can be fixing or portable with oneself, and its supply power mode can be power supply adaptor or various types of battery, storage battery.
The super router of router data service layer has multiple memory interface to can be accessed by multiple memory device, as: USB flash disk, portable hard drive, SD card, TF card, hard disk; The super router of router data service layer is except obtaining except data message from other super routers of host node data service layer and router data service layer, data message can also be obtained by above-mentioned various interface, and by the data, services content of the information of acquisition as this local area network (LAN).
The electronic equipment that client device can be client PC 130, mobile phone 135, intelligent television 132 etc. can be networked.
Whole data, services structure is in the loosely-coupled network architecture design of tree dress distribution, and the super router namely under host node data, services and its branch both included but not limited to use the agreements such as http, ssh, telnet and Extended Protocol to carry out Various types of data exchange by telecommunication means.This network system can, when backbone network is not in good state even suspension, still continue to provide data, services by super router.
With the super router data server that super router is carrying platform, include but not limited to adopt carry out based on the embedded OS such as linux, android, winCE, ucos realize such function, the actualizing technology agreement that wherein data server is includes but not limited to adopt samba, ftp, http and svn etc.
Maintenance, the data content of router data server upgrade, firmware program updating all can be completed by telecommunication means by host node data, services;
By the various data service business realized based on the network data distributing method of super router of the present invention, include but not limited to the download of digital advertisement, digital resource, digital entertainment service etc.
The each level functional schematic of Fig. 2 network system comprises: host node data service layer, router data service layer and client.
Client can carry out high speed software download from router data service layer and uploading resource is shared, and the super router of router data service layer can also show the data, services of setting content to client simultaneously, as advertising, broadcast message issue etc.
The super router of router data service layer and the server of host node data service layer carry out data syn-chronization as the resource dissemination such as software, advertisement and renewal, and the exchange of business datum; The server of host node data service layer can arrange the running parameter of the super router of router data service layer, and operating state can be reported to the server of host node data service layer by super router.
As the super router of band data, services function, work on power after being linked into network, need the data obtaining the server carrying out autonomous node data service layer with the server contact of host node data service layer, the Data dissemination of such as application program, the data such as ad data.
If the data, services amount accessed from super router is very large, the data traffic pressure as the server of host node data service layer can be very large.In order to alleviate the load of host node data server, super router also has the function of other super routers to router data service layer or host node data server data service content, makes super router can as the body data server in access region separately.
Above-mentioned functions can also access the data, services demand in region according to difference, carry out the configuration of data, services content fast, meet the data, services demand of zones of different at each different node of network by the data, services demand of respective node.Restaurant in such as zones of different and local area network (LAN), need on network, share information different separately, so these information can be distributed to each super router and router data server fast by host node data server, and the client in the local area network (LAN) of each super router just can receive the restaurant information in respective region.The issue of the broadcast messages such as certain advertisement also can the data access demand different according to each region be configured.
Data-message between the super router of Fig. 3 and host node data server and each super router transmits schematic diagram;
Device id number is the super router of ID-1, after start, obtains the IP address ip-1 of this node, and the host node data server to setting sends local area network (LAN) Node registry message 310;
Host node data server is the IP address ip-1 of the super router of ID-1 according to device id number, determines the business tine of distribution, data is transmitted 320 by the first business datum and sends the super router that device id number is ID-1 to;
Device id number is after the super router start of ID-2, obtains the IP address ip-2 of this node, to the host node data server sending node registration message of setting; Host node data server analyzes Relational database, find out the IP address ip-1 of the super router that the device id number with IP address ip-2 with identical services relevance is ID-1, and by super router that LAN node registration message 310 sends to device id number to be ID-2;
Device id number is the super router of ID-2, No. ID, equipment is the IP address ip-1 of the super router of ID-1, send the super router that local area network (LAN) Node registry message 310 is ID-1 to device id number, device id number is that the super router of ID-1 transmits message 330 by the second business datum, data is sent to the super router that device id number is ID-2.
Host node data server can set up the corresponding relation of super IP address of router and region, the super router of identical areal relation and router data server are formed different data fields, the super router composition same district numeric field data distributing network of same area, mutually can share respective data space, mutually provide data, services, reduce the data, services bandwidth requirement of host node data server.
Application program initial in super router is downloaded by host node data server, and also can pass through other data Replica means, be transferred in the memory space of super router, the external connection of storage card as by super router imports into.
In the prior art, router or be provided with access to netwoks password, opening completely, the random accesses network of user, router is provided with access to netwoks password, although fail safe is high, but for some shops, wish that open network is to client, but client needs to carry out authentication at every turn, the poor use inconvenience of customer experience degree; If but network does not arrange password, network can not identify the identity of calling party, brings hidden danger to network security.
The present invention is in super router, portal application download service is set, this portal application of client downloads, user runs this access authority hypervisor, this access authority hypervisor automatically carries out user authority management identification with host node data server, and user moves between different LAN, does not just need repeatedly to input user cipher, can access network automatically, ensure that user security access network user friendly simultaneously.
Fig. 4 client-access flow through a network schematic diagram; Client sends access web-page requests, by super router identification; Super router sends to client and presets welcome page; Client downloads access authority hypervisor according to welcome page; Client runs access authority hypervisor, inputs user name and password; Client access right limit information is sent to super router and is connected completing user identification with host node data server; The authority of the open client-access network of super router; The permissions data of client is shared to other super router by super router; Client moves in the local area network (LAN) that other super router accesses, and automatically obtains network insertion authority.
Access authority hypervisor itself is also a Network application, client by access authority hypervisor obtain other application program high-speed downloads, watch relevant advertisements or other Network.
Compared with prior art, network data distributing method based on super router provided by the invention and network system, the terminal of Data dissemination is extended to further " at the moment " closest to the client of receiving information, and due to whole system be a kind of loosely coupled design, can under various network condition, high efficiencyly complete data message distribution services, for Information issued producer, improve information popularization speed to greatest extent, for the user received information, also improve acquisition of information speed to greatest extent, enhance experience effect.And every data parameters of super router access all quantitatively can provide concrete time long pointer, for data information publish statistics provides conveniently.
The above execution mode only have expressed the preferred embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention; It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention; Therefore, all equivalents of doing with the claims in the present invention scope and modification, all should belong to the covering scope of the claims in the present invention.
Claims (10)
1. a network data distributing method, is characterized in that, comprises the following steps:
A.1 host node data server sets up the corresponding relation of IP address and region, forms different local area network (LAN)s according to IP address;
A.2 device id number is the super router of ID-1, and start obtains the IP address ip-1 of this LAN node, sends local area network (LAN) Node registry message (310) to host node data server;
A.3 host node data server is the IP address ip-1 of the super router of ID-1 according to device id number, No. ID, equipment is the region at the super router place of ID-1, host node data server is the business datum that the region at the super router place of ID-1 determines to distribute according to device id number, described business datum is transmitted message (320) by the first business datum and sends the super router that device id number is ID-1 to;
A.4 device id number is the super router of ID-2, and start obtains the IP address ip-2 of this LAN node, sends local area network (LAN) Node registry message (310) to host node data server;
A.5 host node data server is with the IP address ip-2 that is the super router of ID-2 according to described device id number the corresponding relation with region, find out the IP address ip-1 of super router or the IP address of other super router that the device id number with IP address ip-2 with business association is ID-1, and transmit message (320) by the first business datum and send to device id number to be the super router of ID-2 the device id number IP address ip-1 of super router that is ID-1 or the IP address of other super router;
A.6 device id number is the super router of ID-2, transmit after No. ID, message (320) equipment is the IP address ip-1 of the super router of ID-1 or the IP address of other super router by the first business datum, send super router or other super router that local area network (LAN) Node registry message (310) is ID-1 to device id number, device id number is that the super router of ID-1 sends described business datum to super router or other super router that device id number is ID-2 by the second business datum transmission message (330).
2. network data distributing method according to claim 1, is characterized in that, described step a.6 in comprise the following steps again:
A.6.1 the device id number super router that is ID-1 transmits message (330) by the second business datum and client is accessed permissions data sends super router or other the super router that device id number is ID-2 to;
A.6.2, after client moves to the region that device id number accesses for super router or other super router of ID-2, network insertion authority is automatically obtained by running access authority hypervisor.
3. a super router, is characterized in that:
Comprise distributed access server and download server;
Described distributed access server, the network service request that identify customer end sends;
Described distributed access server, sends to client and presets welcome page;
The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor; And run access authority hypervisor transmission access right limit information to super router by client;
Described distributed access server, identifies user right, the authority of open client-access network.
4. a distributed access network system, is characterized in that:
Comprise super router, client and host node data server;
Described super router comprises distributed access server and download server;
Described distributed access server, the network service request that identify customer end sends;
Described distributed access server, sends to client and presets welcome page;
The download request that described download server customer in response end sends, provides down load application procedure service, and the application program of described download comprises access right limit hypervisor;
Described client is according to described welcome page, and from described distributed access server down load application program, described application program comprises access right limit hypervisor;
Described client sends access right limit information to super router by running access authority hypervisor;
Described super router is connected to described host node data server by network, obtains client access permissions data, identifies user right, the authority of open client-access network.
5. distributed access network system according to claim 4, is characterized in that:
Described each super router composition access network, sharing users permissions data between each super router;
Described client moves to the access to LAN of different super routers, just automatically obtains network insertion authority by running access authority hypervisor.
6. distributed access network system according to claim 4, is characterized in that:
Described super router comprises broadcasting server;
The access authority hypervisor run duration of described client, the cycle sends access request information to described super router;
The authority of the open client access network of described super router, and send broadcast data by described broadcasting server to client.
7. a network insertion right management method, is characterized in that, comprises the following steps:
B.1 the network service request of super router identify customer end transmission;
B.2 super router sends to client and presets welcome page;
B.3 client is according to described welcome page, and from super router down load application program, described application program comprises access right limit hypervisor;
B.4 client runs access authority hypervisor, and sends access right limit information to super router by access authority hypervisor;
B.5 super router obtains client jurisdiction data from host node data server, identify customer end authority by network connection, the authority of open client-access network.
8. network insertion right management method according to claim 7, it is characterized in that, b.4 described step comprises the following steps again:
B.4.1 described client is run described access authority hypervisor and is comprised user's registering functional;
B.4.2 described client is by user's registering functional completing user Data Enter of described access authority hypervisor, and user name and user cipher set.
9. network insertion right management method according to claim 7, it is characterized in that, b.4 described step comprises the following steps again:
B.4.3 described client is during the described access authority hypervisor of operation, and the cycle sends access request information to described super router;
B.4.4 the access authority of the open described client of described super router, and by the broadcasting server of the super router access authority hypervisor transmission broadcast data to client.
10. network insertion right management method according to claim 9, it is characterized in that, b.4.4 described step comprises the following steps again:
B.4.4.1 described super router arranges the length of described client turn-on time by the access authority hypervisor of described client;
B.4.4.2 described client length turn-on time is according to the client click volume adjustment accessing the broadcast data that authority hypervisor sends from described super router broadcast server to client, and click volume is longer for larger turn-on time.
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