CN106603315A - Low power consumption wireless network equipment management system and method based on tree structure - Google Patents
Low power consumption wireless network equipment management system and method based on tree structure Download PDFInfo
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- CN106603315A CN106603315A CN201710062294.4A CN201710062294A CN106603315A CN 106603315 A CN106603315 A CN 106603315A CN 201710062294 A CN201710062294 A CN 201710062294A CN 106603315 A CN106603315 A CN 106603315A
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- node
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- gateway device
- power consumption
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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
- H04L41/06—Management of faults, events, alarms or notifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/54—Presence management, e.g. monitoring or registration for receipt of user log-on information, or the connection status of the users
Abstract
The invention discloses a low power consumption wireless network equipment management system based on a tree structure. The system comprises at least one network server node as a root node, at least one terminal equipment node which is directly connected to a virtual terminal equipment master node or is indirectly connected to the virtual terminal equipment master node through at least one first middle node, at least one gateway equipment node which is directly connected to a virtual gateway equipment master node or is indirectly connected to the virtual gateway equipment master node through at least one second middle node, wherein each network server node is connected to at least one service node of a next level, and each service node is connected to the virtual gateway equipment master node and the virtual terminal equipment master node of a next level. According to the system, the network server, the gateway equipment and the terminal equipment are effectively organized and managed by using the tree structure, the expansion ability of the system is improved, the optimized distribution of the network equipment is realized flexibly according to different geographical locations, project implementation and personnel requirements, and the system is flexible to use.
Description
Technical field
The present invention relates to wireless network communication technique field.It is more particularly related to a kind of be based on tree
Low power consumption wireless network equipment management system and method.
Background technology
Low power consumption network is a kind of technology of new networking, low-power consumption Wide Area Network be internet of things oriented medium and long distance and
The communication requirement of low-power consumption, a kind of Internet of Things network layer technologies for occurring in recent years.The technical characterstic of low-power consumption Wide Area Network includes：
Long transmission distance, generally more than 5km；Node power consumption is low, and two section AA batteries can be used 10 years under typical scenes of internet of things；Net
Network simple structure, operation expense is low.The appearance of low-power consumption Wide Area Network technology, has filled up the blank of existing mechanics of communication,
More extensive development for Internet of Things is laid a good foundation, and its Core Superiority is to solve remote and low-power consumption two large problems.
Remote low power consumption network framework is mainly most of by terminal unit, gateway device, the webserver, cloud platform 4
Composition, this framework is different from other telecommunications, mobile network appliance management system, so needing a set of brand-new management method and think of
Road carries out unifying to arrange to terminal unit therein, gateway device, the webserver, while needing spaced geographic locations to provide
Source, project implementation resource, Personnel Resources are managed collectively, thus need badly searching one kind set in remote low power consumption wireless network
The webserver, gateway device and terminal unit have to physical resource and logical resource using tree in standby system
The organization and management system of effect and management method.
The content of the invention
It is an object of the invention to solve the above problems, and provide the advantage that will be described later.
It is a still further object of the present invention to provide a kind of low power consumption wireless network equipment management system based on tree,
Reduce the pressure of individual node in system and improve the dilatation ability of system, can flexibly according to different geographical position,
The project implementation and personnel requirement realize the optimum distribution to the network equipment, using flexible.
It is a still further object of the present invention to provide a kind of low power consumption wireless network equipment management system based on tree
Management method, by using the low power consumption wireless network equipment management system of multistage tree, using multilamellar by checking
The node of mechanism connection, realizes the optimum distribution to the network equipment, so as to preferably play the advantage of low power consumption wireless network,
It is safe and reliable using flexible.
In order to realize these purposes of the invention and further advantage, there is provided a kind of low-power consumption based on tree
Wireless network equipment management system, including：
At least one as root node network server node, each network server node is connected to next stage extremely
A few service node, each service node is connected respectively to the total node of virtual gateway device and virtual terminal equipment of next stage
Total node；
At least one terminal unit node, it is connected indirectly to virtual end directly or by least one first intermediate nodes
The total node of end equipment；
At least one gateway device node, it is connected indirectly to virtual net directly or by least one second intermediate nodes
The total node of pass equipment.
Preferably, the total node of virtual gateway device is connected to the logical aggregate gateway node of next stage, and the logic is gathered
Close gateway node and be connected to gateway device node, the total node of virtual terminal equipment is connected to the logical aggregate terminal section of next stage
Point, the logical aggregate terminal node is connected to the terminal unit node of next stage.
Preferably, in addition to terminal unit node and gateway device node, other nodes can not be to itself in system
Deleted.
Preferably, the service node includes what is divided according to the geotype service node of region division or according to personnel
Client type service node.
Preferably, the logical aggregate gateway node is connected to the logical gateway node of next stage, the logical gateway
Node is connected at least one gateway device node of next stage, and the logical aggregate terminal node is connected to the logic of next stage
Terminal node, the logical terminal (LTERM) node is connected at least one terminal unit node of next stage.
Preferably, connected by authentication mechanism between two nodes being connected with each other.
Present invention also offers a kind of management method of the low power consumption wireless network equipment management system based on tree,
Comprise the following steps：
1) each terminal unit node or gateway device node submit each self-corresponding nodal information to corresponding upper one
Level node is verified, sets up with corresponding even higher level of node after being verified and connect；
2) the corresponding even higher level of node of terminal unit node is set up with the total node of virtual terminal equipment and is connected and gateway device
The corresponding even higher level of node of node and the total node of virtual gateway device are set up after connection, and the total node of virtual terminal equipment is whole with virtual
Nodal information is submitted to service node and is verified by the total node of end equipment respectively, after being verified, after service node will collect
Nodal information be submitted to network server node and correspondence be stored in total Database.
Preferably, nodal information includes node identities, node type and needs the checking that even higher level of node is verified to believe
Breath.
Preferably, gateway device node is connected to the data base of the corresponding primary nodal point identity that is stored with, primary nodal point
Identity includes gateway device title, gateway device numbering, longitude and latitude, type of site, site configuration, sector number, power supply mode, water
Flat half-power angle, vertical half-power angle and angle of declination, terminal unit node is connected to the corresponding secondary nodal point identity that is stored with
Data base, secondary nodal point identity include terminal unit title, terminal unit numbering, longitude and latitude, terminal type, application type,
Terminal device address, antenna type, the transmitting-receiving interval that networks, data transmit-receive interval, data transmitting period and transmission power.
The present invention at least includes following beneficial effect：
In the low power consumption wireless network equipment management system based on tree of the present invention, by arranging tree
Multistage node, reduces the pressure of individual node in system and improves the dilatation ability of system, can flexibly according to different
Geographical position, the project implementation and personnel requirement realize the optimum distribution to the network equipment, safe and reliable using flexible.Tool
When body is used, can be according to terminal unit, gateway device and the webserver according to geographical position, project implementation situation or personnel
The resource reasonable distribution such as condition, can flexibly select the number of plies of intermediate node, realize the comprehensive management to system.
The further advantage of the present invention, target and feature embody part by description below, and part will also be by this
The research of invention and practice and be understood by the person skilled in the art.
Description of the drawings
Fig. 1 is the structural representation of the low power consumption wireless network equipment management system based on tree of the present invention.
Specific embodiment
With reference to the accompanying drawings and examples the present invention is described in further detail, to make those skilled in the art's reference
Specification word can be implemented according to this.
As shown in figure 1, the present invention provides a kind of low power consumption wireless network equipment management system based on tree, bag
Include：
At least one as root node network server node 1, each network server node 1 is connected to next stage
At least one service node 2, the total node 31 of virtual gateway device that each service node 2 is connected respectively to next stage is whole with virtual
The total node 32 of end equipment；
At least one terminal unit node 42, it is connected indirectly to virtually directly or by least one first intermediate nodes
The total node 32 of terminal unit；
At least one gateway device node 41, it is connected indirectly to virtually directly or by least one second intermediate nodes
The total node 31 of gateway device.
When being used based on the low power consumption wireless network equipment management system of tree of the present invention, terminal unit node 42
Direction communication or indirect communication, net are carried out between the total node 32 of virtual terminal equipment by least one first intermediate nodes
Close between device node 41 and the total node 31 of virtual gateway device direction communication or clicked through by least one second middle nodes
Row indirect communication, the total node 31 of virtual gateway device and the total node 32 of virtual terminal equipment rise between operation layer and mechanical floor and hold
On open under effect, realize management seamlessly transits.Network server node 1 is located at the top-most node of whole tree-like hierarchy,
With the webserver that can simultaneously there are one or more physical layers between layer, each webserver corresponds to one or more
Service node 2, network server node 1 includes at least number of servers information, system configuration information.When specifically used, can root
According to geographical position, project implementation situation or staff condition etc., many node layers are set.One one layer first is arranged such as in the A of region
Intermediate node, one layer of first intermediate node is connected respectively to terminal unit node a, b and c, in the big region B of inclusion region A
One two layers of first intermediate node of interior setting, two layer of first intermediate node is connected to the total node of virtual terminal equipment, and virtual whole
The total node of end equipment is connected to service node, and service node is connected to network server node, by that analogy, most at last to including
One or more big region B are included in system in interior region-wide all Wireless Communication Equipment, conveniently check each end
The information state of end equipment or gateway device, receiving data, the equipment in system is managed collectively or according to concrete resource
Distribution etc. again.
In another kind of technical scheme, the total node 31 of virtual gateway device is connected to the logical aggregate gateway section of next stage
Point, logical aggregate gateway node is connected to gateway device node equivalent to the second intermediate node, the logical aggregate gateway node
41, the total node 32 of virtual terminal equipment is connected to the logical aggregate terminal node of next stage, logical aggregate terminal node equivalent to
First intermediate node, the logical aggregate terminal node is connected to the terminal unit node 42 of next stage.
In another kind of technical scheme, in addition to terminal unit node 42 and gateway device node 41, other sections in system
Point can not be deleted itself.Terminal unit node and gateway device node can enter line deletion etc. in system, but remaining is saved
Put the even higher level of node or next stage node due to connecting itself respectively, in order to ensure the integrity between level and concordance,
Ensure the complete and reasonable distribution of resource or information, therefore the node for having child node can not be deleted itself.
In another kind of technical scheme, the service node 2 includes the geotype service node or root according to region division
According to the client type service node that personnel divide.Service node can be according to concrete actual market and customer demand, to service node
It is designed, geotype service node is created according to region, it is also possible to set up client type service node according to personnel.
In another kind of technical scheme, the logical aggregate gateway node is connected to the logical gateway node of next stage, institute
At least one gateway device node that logical gateway node is connected to next stage is stated, the logical aggregate terminal node is connected to down
The logical terminal (LTERM) node of one-level, the logical terminal (LTERM) node is connected at least one terminal unit node of next stage.Logic Networks
The information that physical gateway equipment of the articulare comprising at least one next stage is submitted to, logical terminal (LTERM) node can include at least one
The information that physical terminal device is submitted to, the transmission step by step for facilitating information is connected with checking.
In another kind of technical scheme, connected by authentication mechanism between two nodes being connected with each other.Authentication mechanism can
It is used as checking information by pre-setting password, node will be submitted to even higher level of node including the nodal information of checking information, if
The identical then connection establishment of checking information.
Present invention also offers a kind of management method of the low power consumption wireless network equipment management system based on tree,
Comprise the following steps：
1) each terminal unit node or gateway device node submit each self-corresponding nodal information to corresponding upper one
Level node is verified, sets up with corresponding even higher level of node after being verified and connect；
2) the corresponding even higher level of node of terminal unit node is set up with the total node of virtual terminal equipment and is connected and gateway device
The corresponding even higher level of node of node and the total node of virtual gateway device are set up after connection, and the total node of virtual terminal equipment is whole with virtual
Nodal information is submitted to service node and is verified by the total node of end equipment respectively, after being verified, after service node will collect
Nodal information be submitted to network server node and correspondence be stored in total Database.
In another kind of technical scheme, nodal information includes node identities, node type and needs even higher level of node to test
The checking information of card.
In another kind of technical scheme, gateway device node is connected to the data of the corresponding primary nodal point identity that is stored with
Storehouse, primary nodal point identity include gateway device title, gateway device numbering, longitude and latitude, type of site, site configuration, sector number,
Power supply mode, horizontal half-power angle, vertical half-power angle and angle of declination, terminal unit node is connected to and is stored with corresponding
The data base of two node identities, secondary nodal point identity include terminal unit title, terminal unit numbering, longitude and latitude, terminal type,
Application type, terminal device address, antenna type, the transmitting-receiving interval that networks, data transmit-receive interval, data transmitting period and transmitting
Power.
Embodiment 1
In network apparatus management system, the network server node of physical layer, network server node includes following section
Point information：Server name, number of servers, server ip, server configuration parameters, maximum access gateway quantity, maximum connect
Enter number of devices.This is top-level node.Service node is created based on network server node, comprising following letter in service node
Breath：Service node title, overlay area, service node type such as project polymerization, position polymerization, other polymerizations etc..Based on establishment
The service node for completing, system automatically generates the total node of virtual gateway device and the total node of virtual terminal equipment.Based on virtual net
Equipment total node in pass creates the logical aggregate gateway node of next stage, and logical aggregate gateway node includes following nodal information：
Site name, site address, website director, site affiliation mode.Next stage is created based on the total node of virtual terminal equipment
Logical aggregate terminal node, logical aggregate device node includes following nodal information：Logical aggregate device node title,
Location.
Logic-based aggregation gateway node creates the logical gateway node of next stage, is then based on the establishment of logical gateway node
The gateway device node of next stage.Gateway node includes following nodal information：Gateway node title, gateway node equipment are compiled
Number, longitude and latitude, type of site, site configuration, sector number, power supply mode, horizontal half-power angle (degree), vertical half-power angle
(degree), angle of declination (degree).Logic-based polymerization terminal node creates the logical terminal (LTERM) node of next stage, is then based on logical terminal (LTERM)
Node creates the terminal unit node of next stage.Terminal unit node includes following nodal information：Terminal unit title, terminal
Device numbering, longitude and latitude, terminal type, application type, terminal device address, antenna type, the transmitting-receiving that networks are spaced (second), data
Transmitting-receiving interval (second), data transmitting period (millisecond), transmission power (dBm).
After system is set up, when using, the node of each next stage by including including above- mentioned information with testing for pre-setting
Card information is submitted to the node of upper level in interior nodal information, is verified rear connection establishment, and the nodal information per one-level converges
The General Logistics Department continues to submit to step by step so that be finally subjected to including including all gateway devices and terminal unit in the webserver
Nodal information, obtains in time complete information, controls global, and when system some node goes wrong the webserver can be passed through
Find in time, or need convenient enforcement unified management when redistributing of the logical resource conjunction to node or physical resource.
Although embodiment of the present invention is disclosed as above, it is not restricted to listed in description and embodiment
With, it can be applied to completely various suitable the field of the invention, for those skilled in the art, can be easily
Other modification is realized, therefore under the general concept limited without departing substantially from claim and equivalency range, the present invention is not limited
In specific details and shown here as the embodiment with description.
Claims (9)
1. a kind of low power consumption wireless network equipment management system based on tree, it is characterised in that include：
At least one as root node network server node, each network server node is connected at least the one of next stage
Individual service node, each service node is connected respectively to the total node of virtual gateway device and virtual terminal equipment of next stage and always saves
Point；
At least one terminal unit node, it is connected indirectly to virtual terminal and sets directly or by least one first intermediate nodes
Standby total node；
At least one gateway device node, it is connected indirectly to virtual gateway and sets directly or by least one second intermediate nodes
Standby total node.
2. the low power consumption wireless network equipment management system of tree is based on as claimed in claim 1, it is characterised in that empty
Intend the logical aggregate gateway node that the total node of gateway device is connected to next stage, the logical aggregate gateway node is connected to gateway
Device node, the total node of virtual terminal equipment is connected to the logical aggregate terminal node of next stage, the logical aggregate terminal section
Point is connected to the terminal unit node of next stage.
3. the low power consumption wireless network equipment management system of tree is based on as claimed in claim 1, it is characterised in that removed
Beyond terminal unit node and gateway device node, other nodes can not be deleted itself in system.
4. the low power consumption wireless network equipment management system of tree is based on as claimed in claim 1, it is characterised in that institute
State the client type service node that service node includes being divided according to the geotype service node of region division or according to personnel.
5. the low power consumption wireless network equipment management system of tree is based on as claimed in claim 2, it is characterised in that institute
The logical gateway node that logical aggregate gateway node is connected to next stage is stated, the logical gateway node is connected to next stage extremely
A few gateway device node, the logical aggregate terminal node is connected to the logical terminal (LTERM) node of next stage, the logic end
End node is connected at least one terminal unit node of next stage.
6. the low power consumption wireless network equipment management system of tree is based on as claimed in claim 1, it is characterised in that phase
Connected by authentication mechanism between two nodes for connecting.
7. a kind of manager of the low power consumption wireless network equipment management system based on tree as claimed in claim 1
Method, it is characterised in that comprise the following steps：
1) each terminal unit node or gateway device node submit each self-corresponding nodal information to corresponding upper level section
Point is verified, sets up with corresponding even higher level of node after being verified and connect；
2) the corresponding even higher level of node of terminal unit node is set up with the total node of virtual terminal equipment and is connected and gateway device node
Corresponding even higher level of node and the total node of virtual gateway device are set up after connection, and the total node of virtual terminal equipment and virtual terminal set
Nodal information is submitted to service node and is verified by standby total node respectively, and after being verified, service node is by the section after collecting
Point information is submitted to network server node and correspondence is stored in total Database.
8. the management method of the low power consumption wireless network equipment management system of tree is based on as claimed in claim 7, its
It is characterised by, nodal information includes node identities, node type and needs the checking information of even higher level of node checking.
9. the management method of the low power consumption wireless network equipment management system of tree is based on as claimed in claim 8, its
It is characterised by, gateway device node is connected to the data base of the corresponding primary nodal point identity that is stored with, primary nodal point identity includes
Gateway device title, gateway device numbering, longitude and latitude, type of site, site configuration, sector number, power supply mode, horizontal half-power
Angle, vertical half-power angle and angle of declination, terminal unit node is connected to the data base of the corresponding secondary nodal point identity that is stored with,
Secondary nodal point identity includes terminal unit title, terminal unit numbering, longitude and latitude, terminal type, application type, terminal unit ground
Location, antenna type, the transmitting-receiving interval that networks, data transmit-receive interval, data transmitting period and transmission power.
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| CN201710062294.4A CN106603315B (en) | 2017-02-08 | 2017-02-08 | Low power consumption wireless network equipment management system and method based on tree |
Applications Claiming Priority (1)
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|---|---|---|---|
| CN201710062294.4A CN106603315B (en) | 2017-02-08 | 2017-02-08 | Low power consumption wireless network equipment management system and method based on tree |
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| CN106603315A true CN106603315A (en) | 2017-04-26 |
| CN106603315B CN106603315B (en) | 2019-12-03 |
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Denomination of invention: Low power wireless network device management system and method based on tree structure Effective date of registration: 20220324 Granted publication date: 20191203 Pledgee: China Construction Bank Corporation Wuhan Guanggu Free Trade Zone Branch Pledgor: WUHAN EASYLINKIN TECHNOLOGY CO.,LTD Registration number: Y2022420000077 |