CN104506505A - Two-way information interactive Internet architecture system and implementation method thereof - Google Patents
Two-way information interactive Internet architecture system and implementation method thereof Download PDFInfo
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- CN104506505A CN104506505A CN201410775743.6A CN201410775743A CN104506505A CN 104506505 A CN104506505 A CN 104506505A CN 201410775743 A CN201410775743 A CN 201410775743A CN 104506505 A CN104506505 A CN 104506505A
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Abstract
The invention discloses a two-way information interactive Internet architecture system and an implementation method thereof, belongs to the technical field of Internet information interaction. The system comprises a plurality of multiport parallel security node servers, wherein the servers are in two-way parallel communication with each other through parallel signaling; each of the node servers comprises a single-port server, a multiport system integrated card, a client shunt manager, and a wholly in-dispersedly out module controlled by a server to which a card is inserted, which receives and sends information and determines route in order. The two-way information interactive Internet architecture system further comprises an implementation method thereof. The method comprises the steps that the plurality of node servers perform two-way communication through parallel signaling; the information transmission of the node servers becomes a direct mode from a store and forward mode through parallel signaling, so that the network information transmission efficiency is effectively improved, and the network information security and service performance are improved.
Description
Technical field
The present invention relates to internet information interaction technique field, particularly relate to a kind of two-way information interaction Internet architecture system and its implementation.
Background technology
Along with the develop rapidly of the Internet, information (data) is transmitted bottleneck problem and is become increasingly conspicuous.Current Internet architecture is just as the one-way road of road and rail, and two cars can not travel in opposite directions, and transmission of information needs continuous switching direction.This product and technical system are derived from the universal serial bus mechanism of computer completely.In order to improve the efficiency of transfer of data between network, and will take into account the fail safe of high-efficiency transfer data, the technical staff of some the Internets is seeking the way addressed these problems always.Suppose that becoming one-way road is two ways, just can change the framework of whole the Internet, also just thoroughly can solve the bottleneck problem that information is transmitted.Because can uninterruptedly send continuously at a bearing data, internet function also can be made to obtain qualitative leap because new Internet architecture be based on reciprocal causation relation transmission data, control data, based on reciprocal causation relational organization data with utilize data.Like this, the service mode of server fundamentally can be changed, as Parallel Service pattern, reciprocal causation relation service pattern, parallel computation, parallel switching, parallel control, parallel bus function More General Form, non-memory forward mode etc.But also there is no such technology before making the present invention.
Summary of the invention
In order to improve internet performance and information transfer efficiency, improve server service performance simultaneously, the present invention becomes information transmission (trunk and local) circuit unidirectionally to become synchronous bidirectional from asynchronous, server is received and dispatched from serial and is become synchronous bidirectional transmitting-receiving, communication protocol becomes with telephony signaling of running simultaneously unified from simple procotol, and server or router are received and sent messages and become with multinode direct mode operation unified from simple store and forward message mode.In order to change whole the Internet framework and server service pattern, the object of this invention is to provide a kind of two-way information interaction Internet architecture system and its implementation, this system and method thereof are by multiple multiport parallel security node server, parallel signaling is coordinated to realize, significantly improve information bidirectional transmission efficiency, meanwhile, security performance and other service performances of server can also greatly be improved.
In addition, what determine conventional internet information exchange is agreement, its Route Selection is randomness, after become synchronous bidirectional network information interactive mode from asynchronous unilateral network, receives and sends messages from store and forward message mode become multi node server direct mode operation for Deterministic service device or router.It is unification compatible with telephony signaling that the whole network architecture must become simple procotol.Just as Fig. 1, not only have the optional route that fixing between cross-node server, also not completely random is determined, but determines three optional routes of fixing, and is so just unlikely to cause the bottleneck problem of straight-through information transmission between cross-node server.
The object of the invention is to be achieved through the following technical solutions:
A kind of two-way information interaction Internet architecture system, comprises multiple parallel multiport security node server, by parallel signaling (unified with procotol) two way parallel communication between described multiple multiport parallel security node servers; Multiple port servers that described multiport parallel security node server comprises single port server, multiport system integrated card, customers offload manager and communicates to connect with multiport system integrated card, described multiport system integrated card is plugged on described single port server, the single port server of grafting multiport system integrated card is converted to the server of server, and described customers offload manager is connected with the single port server communication after plug-in card.
Technical scheme of the present invention also comprises a kind of implementation method of two-way information interaction Internet architecture system, comprises the steps:
S1, multiport system integrated card is located on single port server, connect multiple port server and form multiport parallel security node server, described multiport parallel security node server comprises customers offload manager, and customers offload manager is connected with the single port server communication after plug-in card; Described multiport system integrated card comprises parallel instruction register and ovonic memory;
S2, arrange in strange land and build same parallel node server, form multiple node server, thus form trunk bilateral network framework, sent by parallel signaling bi-directional synchronization between each node server and receive data, and can run simultaneously and accept cable data and wireless data, make wired network and wireless network realize internal and merge unified.
By the technical scheme of the invention described above, this two-way information interaction Internet architecture system and its implementation significantly improve information bidirectional transmission efficiency, meanwhile, also greatly can improve security performance and other service performances of server.
Accompanying drawing explanation
Fig. 1 is a kind of topological structure (the hypercycle wide area network topological structure) schematic diagram of a kind of two-way information interaction Internet architecture system of the present invention;
Fig. 2 is the Organization Chart of multiport parallel security node server of the present invention;
Fig. 3 is the FB(flow block) of two-way information interaction Internet architecture network system realization of the present invention.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail:
Fig. 1 is a kind of hypercycle wide area network topological structure, major embodiment multi-node parallel two-way communication principle and a kind of architecture.
As depicted in figs. 1 and 2, a kind of two-way information interaction Internet architecture system, comprise multiple parallel multiport security node server 20, by parallel signaling 30 two way parallel communication between described multiple multiport parallel security node servers 20, namely connected by wired or wireless mode.
Multiple port servers that described multiport parallel security node server 20 comprises single port server 10, multiport system integrated card, customers offload manager and communicates to connect with multiport system integrated card, described multiport system integrated card is plugged on described single port server 10, the single port server 10 of grafting multiport system integrated card is converted to the server of server, and the single port server 10 after described customers offload manager and plug-in card communicates to connect.Simultaneously, node server 20 is also provided with a state detection processes manipulated by the server after plug-in card, can the illegal invasion person of test access node server 20 by this state detection processes, and the information of illegal invasion person is reported and submitted the processing unit of node server 20, by processing unit, this illegal invasion person is directly isolated, or switch on the terminal 5 of the data that are safe from danger, then implement backward supervision and follow the tracks of.Grafting multiport system integrated card is except the direct object of expansion port, and another object is just that of avoiding single port server 10 and contacts with the direct of external information, avoids being subject to directtissima.
As shown in Figure 2, in order to more efficiently manage and control multiple terminal 5, described node server 20 also comprises command register 6, and described main frame 10 communicates to connect with multiple terminal 5.Like this, main frame 10 just can unified management and control multiple terminal 5, realize the intelligent management of local area network (LAN).
Described Internet architecture system also comprises a bit stream sequential collection and to enter to shed module, described bit stream sequential collects and sheds model calling between a multiport system integrated card and multiport parallel security node server, and the server 10 by server manipulates.
Described Internet architecture system also comprises parallel instruction register, and described parallel instruction register and multiple multiport parallel security node server 20 communicate to connect.Meanwhile, command register also communicates to connect with main frame 10, terminal 5.Command register accepts the control command of the server of server, telephony signaling and procotol.
Command sequence by programming preserved by signaling (instruction) register (IR), exports executable operations by programmed order simultaneously.Or directly accept from the server of server and send instruction.Exchange between described multiple node servers and between node server and the server of server or transmit data, taking parallel instruction pattern, and with wired unified with wireless signaling, namely can accept wired signaling, can wireless signaling be accepted again.
Described Internet architecture system also comprises ovonic memory, and described ovonic memory and multiple multiport parallel security node server 20 communicate to connect.Ovonic memory has storage from the data of node server 20 and the effect sending data to node server 20, plays buffer memory effect in node server direct mode operation simultaneously.
Fig. 2 mono-is without the multiport parallel security node server 20 of customers offload manager, 1 is its main operational device, and 2 is alternative, and 3 is one or two distributors, 4 is dual port RAM, 5 is terminal, and 6 is command register, and 7 control for entering out read-write set direction, 8 for walking abreast towards arithmetic unit Read-write Catrol, 9 is towards terminal Read-write Catrol, and 10 is single port server 10 (main frame or bus interface etc.), and then constitutes multifunctional all novel computer.This node server can realize going here and there and read and write, go here and there and exchange, go here and there union and string to control and real time bidirectional read-write, real time bidirectional exchange, real time bidirectional computing and real time bidirectional control.
The implementation method of described two-way information interaction Internet architecture system, as shown in Figure 3, it comprises the steps:
S1, multiport system integrated card is located on single port server 10, connect multiple port server and form multiport parallel security node server 20, described multiport parallel security node server 20 comprises customers offload manager, and customers offload manager is connected with the single port server communication after plug-in card; Described multiport system integrated card comprises parallel instruction register and ovonic memory;
S2, arrange in strange land and build same parallel node server 20, form multiple node server 20, thus form trunk bilateral network framework (being called for short backbone network framework or backbone network), sent by parallel signaling bi-directional synchronization between each node server and receive data, and can run simultaneously and accept cable data and wireless data, make wired network and wireless network realize internal and merge unified.
Exchange between described multiple node servers 20 and between node server and the server of server or transmit data, taking parallel instruction pattern, and with wired unified with wireless signaling, namely can accept wired signaling, can wireless signaling be accepted again.
Public dedicated packet More General Form is taked in the data transmission of described backbone network, and the size of packet is unified, so that effectively send in order continuously and data inserting.The port server of each node server has the bit stream sequential collection module that enters to shed to send and data inserting.Described bit stream sequential collects and sheds model calling between multiport system integrated card and multiport parallel security node server, and the server by server manipulates.Collect and take public special uniform data pack mode into shedding, and the size of packet is unified, so that data set enters to shed, module sends and data inserting continuously in order.Collecting into namely inserting, sending and namely shedding, sending chronologically can be 1-n passage, and in like manner inserting chronologically is also 1-n passage.And press fixed time sequence determination fixed route.It as a row train the collecting and distributing passenger in each station, but unlike its data collecting and distributing be very orderly, namely passenger's (data) in each compartment all by specific time sequence, particular way by getting on or off the bus.In other words the passenger at each joint compartment and each seat is by specific time sequence determination incoming road and whereabouts (route).
A described node server 20 can connect 2-n bar netting twine as required, and the quantity of netting twine is mated with multiport system integrated card port number, and described 2-n bar netting twine all can be run simultaneously bi-directional information.
Two-way communication between described multiple node servers 20 and wide area network topological structure can comprise multiple implementation pattern.As reciprocal causation relation interaction mode; Logic reversible operation relation pattern etc.; And it is all compatible with legacy network pattern.
Described backbone network framework and individual node server 20 all have multifunctional all feature, i.e. concurrent operation, and parallel switching, parallel control are unified integrated with parallel bus function.The structure that can be the intelligent supernet system of apery brain establishes solid theory, technology, product and architecture basics.
In addition, exchange between multiple node servers of two-way information interaction Internet architecture system and between node server and the server of server or transmit data, taking parallel instruction pattern, and wired and unification that is wireless signaling can be realized.Parallel instruction is then that procotol and telephony signaling are unified as much as possible.
In fail safe, external client can only be divided on a port server of node server 20 by customers offload manager, even if only have a netting twine, client also can be divided on the port of a certain node server 20, not in parallel between multiport.Thus improve information security coefficient, improve node server 20 service performance.
The data of described multiple port node servers 20 can synchronously to walk abreast transceiving data to any one same server 20 or outside line.Multiple cross-node server sync transceiving data does not need store and forward message mode, but directly determines the end-to-end synchronous transmitting-receiving of information by parallel signaling.
Wherein, multiple port is provided with end-to-end dynamic encryption decryption mechanisms, and then further enhances Information Security Prevention function, makes the information protection of whole safety system safer.
If adopt 24 port system integrated cards, 24 port system integrated cards are equivalent to mutilevel overpass, and the data of 24 node servers can synchronously to any one server or outside line transmission.Suppose to change Internet architecture based on this viaduct, server just can synchronous transceiving data, and does not need store and forward message mode, but directly directly determines information from which port enters to which port to go out by signaling.Add the deciphering of end-to-end dynamic encryption, just can solve information security issue in server aspect.
Information can be led directly to by parallel signaling between cross-node server, be characterized in that transmitting-receiving need not switch repeatedly again, can accomplish between node server to receive continuously to send out continuously.If many netting twines, then can accomplish that multidiameter delay is received and dispatched.
The above; be only the present invention's preferably embodiment, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claims.
Claims (10)
1. a two-way information interaction Internet architecture system, is characterized in that, comprises multiple parallel multiport security node server, by parallel signaling two way parallel communication between described multiple multiport parallel security node servers; Multiple port servers that described multiport parallel security node server comprises single port server, multiport system integrated card, customers offload manager and communicates to connect with multiport system integrated card, described multiport system integrated card is plugged on described single port server, the single port server of grafting multiport system integrated card is converted to the server of server, and described customers offload manager is connected with the single port server communication after plug-in card.
2. Internet architecture system according to claim 1, it is characterized in that, also comprise a bit stream sequential collection to enter to shed module, described bit stream sequential collects and sheds model calling between a multiport system integrated card and multiport parallel security node server, and the server by server manipulates.
3. Internet architecture system according to claim 1, it is characterized in that, also comprise parallel instruction register, described parallel instruction register accepts the control command of the server of server, telephony signaling and procotol, and described parallel instruction register is connected with multiple multiport parallel security node server communication.
4. Internet architecture system according to claim 1, is characterized in that, also comprise ovonic memory, and described ovonic memory is connected with multiple multiport parallel security node server communication.
5., according to the implementation method of the arbitrary described two-way information interaction Internet architecture system of Claims 1-4, it is characterized in that, comprise the steps:
S1, multiport system integrated card is located on single port server, connect multiple port server and form multiport parallel security node server, described multiport parallel security node server comprises customers offload manager, and customers offload manager is connected with the single port server communication after plug-in card; Described multiport system integrated card comprises parallel instruction register and ovonic memory;
S2, arrange in strange land and build same parallel node server, form multiple node server, thus form trunk bilateral network framework, sent by parallel signaling bi-directional synchronization between each node server and receive data, and can run simultaneously and accept cable data and wireless data, make wired network and wireless network realize internal and merge unified.
6. the implementation method of Internet architecture system according to claim 5, it is characterized in that, exchange between described multiple node servers and between node server and the server of server or transmit data, take parallel instruction pattern, and with wired unified with wireless signaling, namely can accept wired signaling, can wireless signaling be accepted again.
7. the implementation method of Internet architecture system according to claim 5, is characterized in that, public dedicated packet More General Form is taked in the data transmission of described backbone network, and the size of packet is unified, so that send in order continuously and data inserting; Sending with data inserting is collect into the module that sheds by one, collects into namely inserting, and sends and namely sheds, and sending chronologically can be 1-n passage, and in like manner inserting chronologically is also 1-n passage, and presses fixed time sequence determination fixed route.
8. the implementation method of Internet architecture system according to claim 5, it is characterized in that, a described node server can connect 2-n bar netting twine as required, netting twine quantity is mated with multiport system integrated card port number, and described 2-n bar netting twine all can be run simultaneously bi-directional information.
9. the implementation method of Internet architecture system according to claim 5, is characterized in that, the two-way communication between described multiple node servers and wide area network topological structure can comprise multiple implementation pattern.
10. the implementation method of Internet architecture system according to claim 5, it is characterized in that, described backbone network framework and individual node server all have multifunctional all feature, i.e. concurrent operation, and parallel switching, parallel control are unified integrated with parallel bus function.
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