CN105429798A - Network configuration system for the internet of things - Google Patents
Network configuration system for the internet of things Download PDFInfo
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- CN105429798A CN105429798A CN201510834114.0A CN201510834114A CN105429798A CN 105429798 A CN105429798 A CN 105429798A CN 201510834114 A CN201510834114 A CN 201510834114A CN 105429798 A CN105429798 A CN 105429798A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/12—Discovery or management of network topologies
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Abstract
The invention provides a network configuration system for the internet of things. The network configuration system comprises a platform of the internet of things and at least two terminal devices connected with the platform of the internet of things; the platform of the internet of things comprises a network configuration module, the network configuration module is used for obtaining network topology information configured by a user and generating device configuration information corresponding to each terminal device according to the network topology information; each terminal device comprises a terminal control module, and the terminal control module communicates with the network configuration module through a communication protocol of the internet of things; and the terminal control module is used for receiving the device configuration information from the network configuration module and updating a routing list on each terminal device according to the device configuration information. The network configuration system for the internet of things provided by the invention decouples control planes and data planes of the terminal devices accessing the internet of things to improve the configuration flexibility of network topology of the internet of things.
Description
Technical field
The present invention relates to Internet of Things field, particularly relate to a kind of Internet of Things network configuration system.
Background technology
Internet of Things refers to by information sensing equipment such as radio-frequency (RF) identification, infrared inductor, global positioning system, laser scanners, by regulation agreement, terminal equipment and the Internet are coupled together, carry out information exchange and communication, to realize the network of Weigh sensor, location, tracking, monitor and managment.
In current Internet of things system, the various terminal equipments of access platform of internet of things, the control of its data flow and the forwarding close coupling of real data, that is, the control plane in terminal equipment and datum plane highly overlap.But, along with the fast development of Internet of Things, Internet of Things is due to the characteristic of himself, the kind of the terminal equipment of access platform of internet of things will get more and more, quantity also can be increasing, accordingly, the data traffic of Internet of things system also can grow at top speed, if continue the network configuration adopting above-mentioned control plane and datum plane height to overlap, namely, each terminal equipment bears control and the data retransmission of data flow simultaneously, then can the network stabilization of ectocrine networking, and limits flexible adjustment and the expansion of Internet of Things network topology.
Summary of the invention
The invention provides a kind of Internet of Things network configuration system, by the control plane of each terminal equipment in access Internet of Things and datum plane decoupling zero and, improve the configuration flexibility of Internet of Things network topology.
Internet of Things network configuration system provided by the invention, comprising: platform of internet of things and at least two terminal equipments be connected with described platform of internet of things;
Described platform of internet of things comprises Network conf iotag. module, and described Network conf iotag. module, for obtaining user configured network topological information, generates the device configuration information corresponding with each described terminal equipment according to described network topological information;
Described terminal equipment comprises terminal control module, and described terminal control module is communicated with described Network conf iotag. module by Internet of Things communication protocol; Described terminal control module is used for receiving described device configuration information from described Network conf iotag. module, the routing table on terminal equipment according to described updating equipment configuration information.
The invention provides a kind of Internet of Things network configuration system, comprising: platform of internet of things and at least two terminal equipments be connected with platform of internet of things, wherein, platform of internet of things comprises Network conf iotag. module, and terminal equipment comprises terminal control module.Internet of Things network configuration system provided by the invention, by the Network conf iotag. module on platform of internet of things, receive user configured network topological information and change and generate the device configuration information corresponding with each terminal equipment, terminal control module is according to the routing table on updating equipment configuration information terminal equipment, achieve the control plane function i ntegration of terminal equipment on platform of internet of things, thus the control plane of terminal equipment and datum plane decoupling zero and, and then improve the configuration flexibility of Internet of Things network topology.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The structural representation of the Internet of Things network configuration system that Fig. 1 provides for the embodiment of the present invention one;
The structural representation of the Internet of Things network configuration system that Fig. 2 provides for the embodiment of the present invention two;
The structural representation of the Internet of Things network configuration system that Fig. 3 provides for the embodiment of the present invention three.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Internet of Things network configuration system shown in the embodiment of the present invention is applied in Internet of Things field, for the network interconnection between terminal equipment each in dynamic-configuration Internet of Things, can carry out intelligent management and deployment quickly and easily to Internet of Things network topology structure.Below, by specific embodiment, Internet of Things network configuration system is described in detail.
The structural representation of the Internet of Things network configuration system that Fig. 1 provides for the embodiment of the present invention one.As shown in Figure 1, the Internet of Things network configuration system that the present embodiment provides, can comprise: platform of internet of things 1 and at least two terminal equipments 2 be connected with platform of internet of things 1.
Wherein, platform of internet of things 1 comprises Network conf iotag. module 11, and Network conf iotag. module 11, for obtaining user configured network topological information, generates the device configuration information corresponding with each terminal equipment 2 according to network topological information.
Terminal equipment 2 comprises terminal control module 21, and terminal control module 21 is communicated with Network conf iotag. module 11 by Internet of Things communication protocol.Terminal control module 21 for from Network conf iotag. module 11 receiving equipment configuration information, according to the routing table on updating equipment configuration information terminal equipment 2.
In the present embodiment, Internet of Things network configuration system comprises platform of internet of things 1 and at least two terminal equipments 2, wherein, platform of internet of things 1 is provided with Network conf iotag. module 11, each terminal equipment 2 is provided with a terminal control module 21, is communicated by Internet of Things communication protocol between Network conf iotag. module 11 and each terminal control module 21.
The Internet of Things network configuration system that the present embodiment provides, Network conf iotag. module 11 on platform of internet of things 1 generates the device configuration information corresponding with each terminal equipment 2 according to user configured network topological information, achieve in fact the control plane function of terminal equipment 2, terminal control module 21 on terminal equipment 2 is only according to the routing table on the updating equipment configuration information terminal equipment 2 of Network conf iotag. module 11 transmission, thus can the data path of control terminal 2, complete the data flow configuration of terminal equipment 2.Due to by the control plane of control appliance communication on terminal equipment 2 and data flow with really perform data retransmission and be separated with the datum plane of communication, thus by the control plane on terminal equipment 2 and the coupling of datum plane solution, thus the configuration flexibility of Internet of Things network topology can be improved.
Wherein, terminal equipment 2 in the present embodiment can be the equipment with data retransmission function being accessed arbitrarily Internet of Things by platform of internet of things 1, such as: transducer, computer, server, etc., the present embodiment is not limited for the particular type of terminal equipment 2.
Wherein, user configured network topological information can be various ways, such as: network topological diagram, comprise the document of network structure information, etc., the present embodiment is not limited this.
Wherein, Internet of Things communication protocol can be any one Internet of Things communication protocol existing, and also can be user-defined Internet of Things communication protocol, the present embodiment not be limited this.
Optionally, Internet of Things communication protocol can be that Machine To Machine and machine are to people's (MachinetoMachine/Man is called for short M2M) agreement.
The present embodiment provides a kind of Internet of Things network configuration system, comprising: platform of internet of things and at least two terminal equipments be connected with platform of internet of things.Wherein, platform of internet of things comprises Network conf iotag. module, Network conf iotag. module is for obtaining user configured network topological information, the device configuration information corresponding with each terminal equipment is generated according to network topological information, terminal equipment comprises terminal control module, terminal control module is communicated with Network conf iotag. module by Internet of Things communication protocol, and terminal control module is used for from Network conf iotag. module receiving equipment configuration information, according to the routing table on updating equipment configuration information terminal equipment.The Internet of Things network configuration system that the present embodiment provides, by the control plane function i ntegration of terminal equipment on platform of internet of things, achieve the control plane of terminal equipment and datum plane decoupling zero and, improve the configuration flexibility of Internet of Things network topology.
The structural representation of the Internet of Things network configuration system that Fig. 2 provides for the embodiment of the present invention two, the present embodiment is on the basis of embodiment one, provide the another kind of implementation of Internet of Things network configuration system, especially provide the specific implementation of Network conf iotag. module 11 and terminal control module 21.As shown in Figure 2, the Internet of Things network configuration system that the present embodiment provides, can comprise: platform of internet of things 1 and at least two terminal equipments 2 be connected with platform of internet of things 1, platform of internet of things 1 comprises Network conf iotag. module 11, and terminal equipment 2 comprises terminal control module 21.
Wherein, Network conf iotag. module 11 comprises: visual configuration module 111 and kernel control module 113.
Visual configuration module 111, for providing exercisable graphic display interface to user, receives user configured network topological diagram by graphic display interface, according to the network configuration information of network topological diagram generating structured.Wherein, structurized network configuration information comprises: the communication port that the starting point device identification connected, the end device mark connected, the point device connected and end device are corresponding respectively.
Kernel control module 113 is connected with visual configuration module 111, structurized network configuration information for visual configuration module 111 being generated is converted to the device configuration information corresponding with each terminal control module 21, and each device configuration information is sent to the terminal control module 21 corresponding with each device configuration information.Wherein, device configuration information comprises: the communication port of Terminal Equipment Identifier, terminal device IP address, terminal equipment, the object Terminal Equipment Identifier connected with terminal equipment, the object terminal device IP address connected with terminal equipment, the communication port of object terminal equipment that connects with terminal equipment.
Wherein, terminal control module 21 comprises: receiver module 211 and processing module 213.
Receiver module 211, for from Network conf iotag. module 11 receiving equipment configuration information.
Processing module 213 is connected with receiver module 211, and the device configuration information received for resolving receiver module 211 obtains routing iinformation, according to the routing table on updating route information terminal equipment 2.Wherein, routing table comprises: the communication port of object Terminal Equipment Identifier, object terminal device IP address and object terminal equipment.
In the present embodiment, Network conf iotag. module 11 comprises visual configuration module 111 and kernel control module 113, and terminal control module 21 comprises receiver module 211 and processing module 213.Concrete, the network topological diagram conversion that user arranges by visual configuration module 111 generates structurized network configuration information, structurized network configuration information conversion is generated device configuration information by kernel control module 113, device configuration information conversion is generated routing iinformation by processing module 213, and the routing table according to updating route information in terminal, by Network conf iotag. module 11 and terminal control module 21 refinement are divided into multiple functional unit, jointly network configuration process is completed by multiple functional unit, make the structure of each functional unit simple, be easy to later maintenance, when network configuration breaks down, be easy to fault point.
In the present embodiment, visual configuration module 111 provides the display interface of image conversion, user can pass through the mode flexible configuration network topological diagram of " pulling " icon on display interface, thus the adjustment that can realize quickly and easily Internet of Things network topology structure and setting, improve the flexibility that user configures Internet of Things network configuration.
In the present embodiment, each device configuration information is sent to the terminal control module 21 corresponding with each device configuration information by kernel control module 113, multiple implementation can be had, such as: data transmission can be carried out according to Terminal Equipment Identifier, also can carry out data transmission by terminal device IP address, the present embodiment does not specifically limit.
Optionally, Internet of Things network configuration system can also comprise: terminal unit management module 3 and the equipment control service interface 13 operated on platform of internet of things 1.
Terminal unit management module 3 is connected with each terminal equipment 2, for obtaining the facility information of each terminal equipment 2.Wherein, facility information comprises: the communication interface of Terminal Equipment Identifier, terminal device IP address and terminal equipment.
Equipment control service interface 13 is connected with terminal unit management module 3 and Network conf iotag. module 11 respectively, for inquiring about equipment information by terminal unit management module 3, and facility information is sent to Network conf iotag. module 11.
The facility information of terminal equipment 2 is obtained in real time by terminal unit management module 3, by equipment control service interface 13, the facility information of the real-time update of terminal equipment 2 is sent to Network conf iotag. module 11, make Network conf iotag. module 11 can carry out information conversion according to the facility information of the real-time update obtained, user configured network topological information is converted to device configuration information, improve the correctness of device configuration information, and then improve the configuration correctness of Internet of Things network topology.
Optionally, Internet of Things network configuration system can also comprise configuration database 15.
Configuration database 15 is connected with Network conf iotag. module 11, for providing current network topological diagram to Network conf iotag. module 11, and the structurized configuration information that storage networking configuration module 11 generates.
By arranging configuration database 15, the current network configuration information of Internet of Things and the average information in Internet of Things network configuration process can be stored, Network conf iotag. module 11 can show current network topology structure according to current network configuration information to user, be conducive to user to adjust flexibly current network topology structure, owing to storing average information, when network configuration breaks down, be easy to location.
The present embodiment provides a kind of Internet of Things network configuration system, comprise: Network conf iotag. module and at least one terminal control module, wherein, Network conf iotag. module comprises visual configuration module and kernel control module, and terminal control module comprises receiver module and processing module.The Internet of Things network configuration system that the present embodiment provides, by the control plane function i ntegration of terminal equipment on platform of internet of things, achieve the control plane of terminal equipment and datum plane decoupling zero and, improve the configuration flexibility of Internet of Things network topology.
The structural representation of the Internet of Things network configuration system that Fig. 3 provides for the embodiment of the present invention three, the present embodiment is on the basis of embodiment one and embodiment two, provide another implementation of Internet of Things network configuration system, especially provide the specific implementation of Network conf iotag. module 11 and terminal control module 21.As shown in Figure 3, the Internet of Things network configuration system that the present embodiment provides, can comprise: platform of internet of things 1 and at least two terminal equipments 2 be connected with platform of internet of things 1, platform of internet of things 1 comprises Network conf iotag. module 11, Network conf iotag. module 11 comprises visual configuration module 111 and kernel control module 113, terminal equipment 2 comprises terminal control module 21, and terminal control module 21 comprises receiver module 211 and processing module 213.
Wherein, visual configuration module 111 can comprise: graphical representation operational module 1111, info conversion module 1113 and information sending module 1115.
Graphical representation operational module 1111, for providing exercisable graphic display interface to user, shows current network topological diagram by graphic display interface to user, and receives user configured network topological diagram by graphic display interface.
Info conversion module 1113 is connected with graphical representation operational module 1111, is converted to structurized network configuration information for the user configured network topological diagram received by graphical representation operation interface according to the facility information of each terminal equipment 2.
Information sending module 1115 is connected with info conversion module 1113, for structurized network configuration information is sent to kernel control module 113.
Wherein, kernel control module 113 can comprise: configuration information receiver module 1131, configuration information processing module 1133 and configuration information sending module 1135.
Configuration information receiver module 1131, for receiving structurized network configuration information from visual configuration module 111.
Configuration information processing module 1133 is connected with configuration information receiver module 1131, is converted to the device configuration information corresponding with each terminal control module 21 for the structurized network configuration information received by configuration information receiver module 1131 according to the facility information of each terminal equipment 2.
Configuration information sending module 1135 is connected with configuration information processing module 1133, for device configuration information being sent to the terminal control module 21 corresponding with device configuration information.
Optionally, kernel control module 113 can also comprise: configuration information load-on module 1137.
Configuration information load-on module 1137 is connected with configuration information processing module 1133, for loading from file system and verifying structurized configuration file; Structurized configuration file comprises and arranges network configuration information with user.
Configuration information processing module 1133, also for network configuration information being converted to the device configuration information corresponding with each terminal control module 21 according to the facility information of each terminal equipment 2.
By Network conf iotag. module 11 and the further refinement of terminal control module 21 are divided into multiple functional unit, jointly complete network configuration process by multiple functional unit, make the structure of each functional unit simple, be easy to later maintenance, when network configuration breaks down, be easy to fault point.
The present embodiment provides a kind of Internet of Things network configuration system, comprise: Network conf iotag. module and at least one terminal control module, wherein, Network conf iotag. module comprises visual configuration module and kernel control module, and terminal control module comprises receiver module and processing module.The Internet of Things network configuration system that the present embodiment provides, by the control plane function i ntegration of terminal equipment on platform of internet of things, achieve the control plane of terminal equipment and datum plane decoupling zero and, improve the configuration flexibility of Internet of Things network topology.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (9)
1. an Internet of Things network configuration system, is characterized in that, comprising: platform of internet of things and at least two terminal equipments be connected with described platform of internet of things;
Described platform of internet of things comprises Network conf iotag. module, and described Network conf iotag. module, for obtaining user configured network topological information, generates the device configuration information corresponding with each described terminal equipment according to described network topological information;
Described terminal equipment comprises terminal control module, and described terminal control module is communicated with described Network conf iotag. module by Internet of Things communication protocol; Described terminal control module is used for receiving described device configuration information from described Network conf iotag. module, the routing table on terminal equipment according to described updating equipment configuration information.
2. Internet of Things network configuration system according to claim 1, is characterized in that, described Network conf iotag. module comprises: visual configuration module and kernel control module;
Described visual configuration module, for providing exercisable graphic display interface to user, receives user configured network topological diagram by described graphic display interface, according to the network configuration information of described network topological diagram generating structured; Wherein, described structurized network configuration information comprises: the communication port that the starting point device identification connected, the end device mark connected, the point device connected and end device are corresponding respectively;
Described kernel control module and described visual configuration model calling, for the described structurized network configuration information of described visual configuration CMOS macro cell is converted to the described device configuration information corresponding with each described terminal control module, each described device configuration information is sent to the terminal control module corresponding with each described device configuration information; Wherein, described device configuration information comprises: the communication port of Terminal Equipment Identifier, terminal device IP address, terminal equipment, the object Terminal Equipment Identifier connected with terminal equipment, the object terminal device IP address connected with terminal equipment, the communication port of object terminal equipment that connects with terminal equipment.
3. Internet of Things network configuration system according to claim 2, is characterized in that, described visual configuration module comprises: graphical representation operational module, info conversion module and information sending module;
Described graphical representation operational module, for providing described exercisable graphic display interface to user, shows current network topological diagram by described graphic display interface to user, and receives user configured network topological diagram by described graphic display interface;
Described info conversion module is connected with described graphical representation operational module, for the facility information according to each terminal equipment, the user configured network topological diagram that described graphical representation operation interface receives is converted to described structurized network configuration information;
Described information sending module is connected with described info conversion module, for described structurized network configuration information is sent to described kernel control module.
4. Internet of Things network configuration system according to claim 2, is characterized in that, described kernel control module comprises: configuration information receiver module, configuration information processing module and configuration information sending module;
Described configuration information receiver module, for receiving described structurized network configuration information from described visual configuration module;
Described configuration information processing module is connected with described configuration information receiver module, for the facility information according to each terminal equipment, the described structurized network configuration information that described configuration information receiver module receives is converted to the device configuration information corresponding with each terminal control module;
Described configuration information sending module is connected with described configuration information processing module, for described device configuration information is sent to the terminal control module corresponding with described device configuration information.
5. Internet of Things network configuration system according to claim 4, is characterized in that, described kernel control module also comprises: configuration information load-on module;
Described configuration information load-on module is connected with described configuration information processing module, for loading from file system and verifying structurized configuration file; Described structurized configuration file comprises and arranges network configuration information with user;
Described configuration information processing module, is also converted to the device configuration information corresponding with each terminal control module for the facility information according to each terminal equipment by described network configuration information.
6. Internet of Things network configuration system according to claim 1, is characterized in that, described terminal control module comprises: receiver module and processing module;
Described receiver module, for receiving described device configuration information from described Network conf iotag. module;
Described processing module is connected with described receiver module, and the described device configuration information received for resolving described receiver module obtains routing iinformation, the routing table on terminal equipment according to described updating route information; Described routing table comprises: the communication port of object Terminal Equipment Identifier, object terminal device IP address and object terminal equipment.
7. Internet of Things network configuration system according to claim 1, is characterized in that, also comprise: terminal unit management module and the equipment control service interface operated on described platform of internet of things;
Described terminal unit management module is connected with each terminal equipment, for obtaining the facility information of each terminal equipment; Described facility information comprises: the communication interface of Terminal Equipment Identifier, terminal device IP address and terminal equipment;
Described equipment control service interface is connected with described terminal unit management module and described Network conf iotag. module respectively, for obtaining described facility information by described terminal unit management module polls, and described facility information is sent to described Network conf iotag. module.
8. Internet of Things network configuration system according to claim 1, is characterized in that, also comprise: configuration database;
Described configuration database is connected with described Network conf iotag. module, for providing current network topological diagram to described Network conf iotag. module, and stores the described structurized configuration information of described Network conf iotag. module generation.
9. according to the arbitrary described Internet of Things network configuration system of claim 1 to 8, it is characterized in that, described Internet of Things communication protocol is that Machine To Machine and machine are to people M2M agreement.
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| CN201510834114.0A CN105429798A (en) | 2015-11-25 | 2015-11-25 | Network configuration system for the internet of things |
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Application publication date: 20160323 |