CN110278526A - A kind of mobile Internet of Things data collection system and control method based on beacon positioning - Google Patents
A kind of mobile Internet of Things data collection system and control method based on beacon positioning Download PDFInfo
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- CN110278526A CN110278526A CN201910480009.XA CN201910480009A CN110278526A CN 110278526 A CN110278526 A CN 110278526A CN 201910480009 A CN201910480009 A CN 201910480009A CN 110278526 A CN110278526 A CN 110278526A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/26—Special purpose or proprietary protocols or architectures
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/38—Services specially adapted for particular environments, situations or purposes for collecting sensor information
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- Computer Networks & Wireless Communication (AREA)
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Abstract
The present invention relates to a kind of mobile Internet of Things data collection systems and control method based on beacon positioning, the covering to target area is realized based on each wireless signal receiver of embedded position information, it obtains and each beacon is constituted by each wireless signal receiver, the real time position to work using each mobile radio sensor, the upload to wireless signal receiver corresponding to its real time position corresponding region is realized for its sensing acquisition data, it is achieved in the combination of sensing acquisition data and location information, movement with mobile radio sensor in target area, the reception and monitoring to target area each position sensing acquisition data can be realized, realize the corresponding relationship acquired between data and specific location in wireless sensor network, while the isomeric data communication between wireless sensor network and IPv6 network is realized simultaneously with interacting, Effectively increase the accuracy and high efficiency of wireless sensing data acquisition applications.
Description
Technical field
The present invention relates to a kind of mobile Internet of Things data collection systems and control method based on beacon positioning, belong to Internet of Things number
According to acquisition technique field.
Background technique
The Message processing that IPv6 is supported, optimized by feat of unlimited extended capability, convenient and fast user access, better movement
Etc. technical advantages be widely used, with the deep development of wireless sensor network data acquisition technique, be based on IPv6
Wireless sensor network improve wireless sensing while changing wireless sensor network framework of the tradition based on IPv4
The service efficiency of device network data acquisition, with the continuous development of internet of things technology, sensor using more and more extensive, and with
The development of mobile technology become more and more important with the data acquisition applications in sensor moving process, it is crucial among these
Technology is exactly to position, and how to combine positioning with sensing data acquisition, will greatly improve the work of wireless sensing data acquisition
Make efficiency.
Summary of the invention
Technical problem to be solved by the invention is to provide it is a kind of based on beacon positioning mobile Internet of Things data collection system,
Mobile radio sensor binding site is realized in covering based on each wireless signal receiver of embedded position information to target area
The data of information acquire, and improve the high efficiency of Internet of Things data acquisition information.
In order to solve the above-mentioned technical problem the present invention uses following technical scheme: the present invention devises a kind of fixed based on beacon
The mobile Internet of Things data collection system of position, the acquisition number of each position in target area is corresponded to for obtaining each mobile radio sensor
According to, including monitor client, Local Control Module and several wireless signal receivers, wherein each wireless signal receiver
Distribution is fixedly installed in target area, and the signal receiving area of each wireless signal receiver collectively covers entire target
Region, the location information of each its built-in set position of wireless signal receiver difference；Each wireless signal receiver leads to respectively
It crosses default bearer network docking Local Control Module to be communicated, Local Control Module is communicated with monitor client docking；
Each mobile radio sensor obtains the sensing acquisition data of its real time position for work；Each mobile radio sensor
It is based respectively on IPv6 network protocol, wireless signal receiver corresponding with its real time position region is communicated, realization biography
The upload of sense acquisition data；Each wireless signal receiver is respectively used to for its received sensing acquisition data, in conjunction with built in it
Location information realizes the upload through Local Control Module to monitor client；Monitor client is for receiving from local control
The sensing acquisition data of module, corresponding target area each position, realize the reception to target area each position sensing acquisition data
With monitoring.
As a preferred technical solution of the present invention: further including several multi-internet integration gateway modules, multi-internet integration gateway
The quantity of module and the quantity of wireless signal receiver are equal, and each multi-internet integration gateway module connects with each wireless signal respectively
It receives device to correspond, corresponding multi-internet integration gateway module communicates each wireless signal receiver respectively, and each more nets melt
Gateway module is closed to be communicated by default bearer network docking Local Control Module respectively；Multi-internet integration gateway module is used for needle
Each sensing acquisition data are obtained to through wireless signal receiver, realize the isomeric data communication between networks of different protocol and are handed over
Mutually.
As a preferred technical solution of the present invention: the bearer network is Ethernet, Wifi network, mobile communication
Any one in network.
As a preferred technical solution of the present invention: being based between the Local Control Module and the monitor client
TCP/IP network protocol is in communication with each other.
With it is above-mentioned corresponding, the present invention also technical problems to be solved be to provide it is a kind of for the movement positioned based on beacon
The control method of Internet of Things data collection system covers target area based on each wireless signal receiver of embedded position information
Lid carries out gradual control for system, realizes that the acquisition of data summarizes, updates, and final realize senses target area each position
The reception and monitoring for acquiring data effectively increase the working efficiency of Internet of Things data acquisition.
In order to solve the above-mentioned technical problem the present invention uses following technical scheme: the present invention devises a kind of fixed based on beacon
The control method of the mobile Internet of Things data collection system of position, includes the following steps:
Each mobile radio sensor real-time working of step A., obtains the sensing acquisition data of its real time position, then respectively
Enter step B；
Each mobile radio sensor of step B. is based respectively on IPv6 network protocol, corresponding with its real time position region
Wireless signal receiver is communicated, and realizes upload of its obtained sensing acquisition data to corresponding wireless signal receiver, then
Enter step C；
Each wireless signal receiver of step C. receives the sensing that each mobile radio sensor uploads in its corresponding region respectively
Data are acquired, and update each sensing respectively in connection with the location information built in wireless signal receiver for each sensing acquisition data
Data are acquired, subsequently into step D；
Each wireless signal receiver of step D. will update treated each sensing acquisition data respectively, pass through default bearer network
Network is sent to Local Control Module, subsequently into step E；
Step E. Local Control Module receives each sensing acquisition data, and is forwarded to monitor client, by monitoring visitor
Realize the reception and monitoring to target area each position sensing acquisition data in family end.
As a preferred technical solution of the present invention: in the step D, each wireless signal receiver respectively will be at update
Each sensing acquisition data after reason are uploaded to corresponding multi-internet integration gateway module, realize different associations by multi-internet integration gateway module
Isomeric data communication between view network with interact, then each multi-internet integration gateway module, which is directed to that treated respectively and respectively senses, adopts
Collection data are sent to Local Control Module by default bearer network.
A kind of mobile Internet of Things data collection system and control method based on beacon positioning of the present invention, using the above skill
Art scheme compared with prior art, has following technical effect that
Designed mobile Internet of Things data collection system and control method based on beacon positioning of the invention, is based on embedded position
The each wireless signal receiver of information realizes that the covering to target area, acquisition are made of each each wireless signal receiver
Beacon is realized for its sensing acquisition data to its real time position using the real time position that each mobile radio sensor works
The upload of wireless signal receiver corresponding to corresponding region is achieved in the combination of sensing acquisition data and location information, adjoint
The reception to target area each position sensing acquisition data and prison can be realized in the movement of target area in mobile radio sensor
Control realizes the corresponding relationship acquired between data and specific location in wireless sensor network, while realizing wireless sensor
While isomeric data between network and IPv6 network is communicated with interacting, wireless sensing data acquisition applications are effectively increased
Accuracy and high efficiency.
Detailed description of the invention
Fig. 1 is the schematic diagram for the mobile Internet of Things data collection system that present invention design is positioned based on beacon.
Specific embodiment
Specific embodiments of the present invention will be described in further detail with reference to the accompanying drawings of the specification.
The present invention devises a kind of mobile Internet of Things data collection system based on beacon positioning, for obtaining each mobile wireless
Sensor corresponds to the acquisition data of each position in target area, including monitor client, Local Control Module and several wireless
Signal receiver, several multi-internet integration gateway modules.
As shown in Figure 1, each wireless signal receiver distribution is fixedly installed in target area, and each wireless signal
The signal receiving area of receiver collectively covers entire target area, each its built-in set position of wireless signal receiver difference
Location information；The quantity of multi-internet integration gateway module and the quantity of wireless signal receiver are equal, each multi-internet integration gateway
Module is corresponded with each wireless signal receiver respectively, and each wireless signal receiver distinguishes corresponding multi-internet integration net
It closes module to communicate, each multi-internet integration gateway module docks Local Control Module by default bearer network respectively and led to
Letter, multi-internet integration gateway module are used to obtain each sensing acquisition data for through wireless signal receiver, realize different agreement net
Isomeric data between network is communicated and is interacted, and in practical application, the bearer network is Ethernet, Wifi network, movement
Any one in communication network.
The docking of Local Control Module and monitor client is communicated, in practical application, Local Control Module with it is described
It is in communication with each other between monitor client based on TCP/IP network protocol.
Each mobile radio sensor obtains the sensing acquisition data of its real time position for work；Each mobile radio sensor
It is based respectively on IPv6 network protocol, wireless signal receiver corresponding with its real time position region is communicated, realization biography
The upload of sense acquisition data；Each wireless signal receiver is respectively used to for its received sensing acquisition data, in conjunction with built in it
Location information realizes the upload through Local Control Module to monitor client；Monitor client is for receiving from local control
The sensing acquisition data of module, corresponding target area each position, realize the reception to target area each position sensing acquisition data
With monitoring.
The designed mobile Internet of Things data collection system based on beacon positioning based on the above-mentioned technical proposal, present invention design
A kind of control method based on this system in practical application, specifically comprises the following steps:
Each mobile radio sensor real-time working of step A., obtains the sensing acquisition data of its real time position, then respectively
Enter step B.
Each mobile radio sensor of step B. is based respectively on IPv6 network protocol, corresponding with its real time position region
Wireless signal receiver is communicated, and realizes upload of its obtained sensing acquisition data to corresponding wireless signal receiver, then
Enter step C；In practical application, when mobile radio sensor real time position is located at two or more wireless signal receiver institutes
When corresponding region, then at this time in mobile radio sensor each wireless signal receiver corresponding to its real time position, at random
A wireless signal receiver is selected to carry out the upload of sensing acquisition data.
Each wireless signal receiver of step C. receives the sensing that each mobile radio sensor uploads in its corresponding region respectively
Data are acquired, and update each sensing respectively in connection with the location information built in wireless signal receiver for each sensing acquisition data
Data are acquired, subsequently into step D.
Each wireless signal receiver of step D. will update treated each sensing acquisition data respectively, be uploaded to corresponding more nets
Convergence gateway module realizes that the isomeric data between networks of different protocol is communicated and interacted by multi-internet integration gateway module, then
Each sensing acquisition data that each multi-internet integration gateway module is directed to that treated respectively are sent to local control by default bearer network
Molding block, subsequently into step E.
Step E. Local Control Module receives each sensing acquisition data, and is forwarded to monitor client, monitors at this time
Each sensing acquisition data received by client include that acquisition data itself and acquisition data itself are corresponding respectively
Pickup area location information, i.e., at this time can by monitor client realize target area each position sensing acquisition data are connect
It receives and monitors.
The designed mobile Internet of Things data collection system and control method based on beacon positioning of above-mentioned technical proposal, based on interior
The each wireless signal receiver of seated position information realizes the covering to target area, obtains by each wireless signal receiver institute structure
It is realized for its sensing acquisition data in fact at each beacon using the real time position that each mobile radio sensor works
When position corresponding region corresponding to wireless signal receiver upload, be achieved in the knot of sensing acquisition data and location information
It closes, with mobile radio sensor in the movement of target area, can be realized to target area each position sensing acquisition data
It receives and monitors, realize the corresponding relationship acquired between data and specific location in wireless sensor network, while realizing nothing
While isomeric data between line sensor network and IPv6 network is communicated with interacting, effectively increases wireless sensing data and adopt
Collect the accuracy and high efficiency of application.
Embodiments of the present invention are explained in detail above in conjunction with attached drawing, but the present invention is not limited to above-mentioned implementations
Mode within the knowledge of a person skilled in the art can also be without departing from the purpose of the present invention
It makes a variety of changes.
Claims (6)
1. a kind of mobile Internet of Things data collection system based on beacon positioning, corresponds to target for obtaining each mobile radio sensor
The acquisition data of each position in region, it is characterised in that: including monitor client, Local Control Module and several wireless communications
Number receiver, wherein each wireless signal receiver distribution is fixedly installed in target area, and each reception of wireless signals
The signal receiving area of device collectively covers entire target area, the position of each its built-in set position of wireless signal receiver difference
Confidence breath；Each wireless signal receiver docks Local Control Module by default bearer network respectively and is communicated, local to control
Molding block is communicated with monitor client docking；
Each mobile radio sensor obtains the sensing acquisition data of its real time position for work；Each mobile radio sensor difference
It is communicated based on IPv6 network protocol, wireless signal receiver corresponding with its real time position region, realizes that sensing is adopted
Collect the upload of data；Each wireless signal receiver is respectively used to for its received sensing acquisition data, in conjunction with its embedded position
Information realizes the upload through Local Control Module to monitor client；Monitor client for receive from Local Control Module,
The sensing acquisition data of corresponding target area each position, realize the reception to target area each position sensing acquisition data and prison
Control.
2. a kind of mobile Internet of Things data collection system based on beacon positioning according to claim 1, it is characterised in that: also wrap
Several multi-internet integration gateway modules are included, the quantity of multi-internet integration gateway module and the quantity of wireless signal receiver are equal, each
Multi-internet integration gateway module is corresponded with each wireless signal receiver respectively, and each wireless signal receiver is right with it respectively
Multi-internet integration gateway module is answered to communicate, each multi-internet integration gateway module passes through the default local control of bearer network docking respectively
Module is communicated；Multi-internet integration gateway module is used to realize for each sensing acquisition data are obtained through wireless signal receiver
Isomeric data between networks of different protocol is communicated and is interacted.
3. a kind of mobile Internet of Things data collection system based on beacon positioning according to claim 1 or claim 2, it is characterised in that:
The bearer network is Ethernet, Wifi network, any one in mobile communication network.
4. according to claim 1 to described in any one of 3 it is a kind of based on beacon positioning mobile Internet of Things data collection system,
It is characterized in that: being in communication with each other between the Local Control Module and the monitor client based on TCP/IP network protocol.
5. a kind of acquire system for a kind of mobile Internet of Things data based on beacon positioning described in any one of Claims 1-4
The control method of system, which comprises the steps of:
Each mobile radio sensor real-time working of step A., obtains the sensing acquisition data of its real time position respectively, subsequently into
Step B；
Each mobile radio sensor of step B. is based respectively on IPv6 network protocol, nothing corresponding with its real time position region
Line signal receiver is communicated, and realizes upload of its obtained sensing acquisition data to corresponding wireless signal receiver, then into
Enter step C；
Each wireless signal receiver of step C. receives the sensing acquisition that each mobile radio sensor uploads in its corresponding region respectively
Data, and each sensing acquisition is updated respectively in connection with the location information built in wireless signal receiver for each sensing acquisition data
Data, subsequently into step D；
Each wireless signal receiver of step D. will update treated each sensing acquisition data respectively, pass through default bearer network
It is sent to Local Control Module, subsequently into step E；
Step E. Local Control Module receives each sensing acquisition data, and is forwarded to monitor client, by monitor client
Realize the reception and monitoring to target area each position sensing acquisition data.
6. a kind of control method of the mobile Internet of Things data collection system based on beacon positioning according to claim 5, special
Sign is: in the step D, each wireless signal receiver will update treated each sensing acquisition data respectively, be uploaded to pair
Multi-internet integration gateway module is answered, isomeric data communication and friendship between networks of different protocol are realized by multi-internet integration gateway module
Mutually, then each multi-internet integration gateway module each sensing acquisition data that are directed to that treated respectively, sent by default bearer network
To Local Control Module.
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| CN201910480009.XA CN110278526B (en) | 2019-06-04 | 2019-06-04 | Mobile Internet of things data acquisition system based on beacon positioning and control method |
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