CN102638812A - Business registration method and device for railway track monitoring and sensing network - Google Patents

Business registration method and device for railway track monitoring and sensing network Download PDF

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Publication number
CN102638812A
CN102638812A CN2011100365628A CN201110036562A CN102638812A CN 102638812 A CN102638812 A CN 102638812A CN 2011100365628 A CN2011100365628 A CN 2011100365628A CN 201110036562 A CN201110036562 A CN 201110036562A CN 102638812 A CN102638812 A CN 102638812A
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China
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railroad track
sensing network
sensor node
track monitoring
network service
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CN2011100365628A
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Chinese (zh)
Inventor
汤晓辉
马松伟
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苏州达联信息科技有限公司
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Priority to CN2011100365628A priority Critical patent/CN102638812A/en
Publication of CN102638812A publication Critical patent/CN102638812A/en

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Abstract

The invention relates to the technical fields of information and communication and in particular relates to a business registration method and device for a railway track monitoring and sensing network. In order to realize the requirement of specific railway track monitoring tasks, railway track monitoring business rules executed by the railway track monitoring and sensing network are configured in the railway track monitoring and sensing network, thus enabling the whole railway track monitoring and sensing network to provide railway track monitoring service according to the requirement of the railway track monitoring business configuration. The invention provides the business registration method and device for the railway track monitoring and sensing network, thus enabling a railway track monitoring and sensing network registry and a railway track monitoring sensor node firmware version file to be remotely loaded to related network equipment in the railway track monitoring and sensing network in time, and further enabling the railway track monitoring and sensing network to realize railway track safety monitoring task according to business registration rules of the railway track monitoring and sensing network.

Description

A kind of service log-on method and device of railroad track monitoring sensing network

Technical field

The present invention relates to communication network, relate in particular to the service log-on method and the device of a kind of railroad track monitoring sensing network in the railroad track monitoring sensing network.

Background technology

Continuous speed-raising along with railway transportation; Requirement to railway track safety is also increasingly high; All kinds of parameters of railroad track, as: rail temperature, rail stress, track sedimentation, track deformation, or the like in time the obtaining of information, help accurately to judge the rail state; Control train running speed is guaranteed safety of railway transportation.But because the railroad track monitoring range is big, environment is harsh, does not also have the suitable technique means to solve the real-time monitoring problem of railroad track parameter on a large scale at present.

The radio sensing network technology can be utilized super low-power consumption sensor senses environmental parameter, and realizes wireless networking, in time transmits the information of being gathered.But present wireless sensing network technology also concentrates on the small scale network design basically, can't be applicable to the target of railroad track monitoring.

In order to solve the railroad track monitoring problem, as shown in Figure 1, a kind of railroad track monitoring sensing network architecture and serial networking equipment based on the radio sensing network technology is suggested, thereby can set up extensive railroad track monitoring sensing network effectively.

Railroad track monitoring sensing network comprises novel networking equipments such as railroad track monitoring sensor node, railroad track monitoring sensing access and multiplexing device, railroad track monitoring sensing network controller, railroad track monitoring gateway; Through the layering networking mode; Can manage, control the railroad track monitoring sensor node more than 100,000, realize the real-time monitoring of railroad track parameter on a large scale.

Railroad track monitoring sensing network controller can be regarded as one group of logical device, has realized the functions such as management, monitoring, dynamic-configuration, control of railroad track monitoring sensing network.Railroad track monitoring sensing access and multiplexing device is the control appliance of the railroad track monitoring sensing network in the local scope; It is realized the topology maintenance of the monitoring of the railroad track in local scope sensing network and the management control of railroad track monitoring sensor node under the control of railroad track monitoring sensing network controller.The railroad track monitoring sensor node is responsible for gathering different kinds of railways track Monitoring Data.Railroad track monitoring gateway is responsible for realizing the distribution of railroad track monitoring sensing network controller and railroad track monitoring sensing access and multiplexing device; Monitoring sensing access and multiplexing device dynamic assignment for the railroad track in the railroad track monitoring network can be its railroad track monitoring sensing network controller that network insertion and control service are provided, and is that railroad track monitoring sensor node dynamic assignment can be its railroad track monitoring sensing access and multiplexing device that network insertion and control service are provided.

In railroad track monitoring sensing network, it is along the line that the railroad track monitoring sensor node is deployed in railroad track, is responsible for gathering in real time the railroad track Monitoring Data.In order to realize concrete railroad track monitoring mission requirements; Need monitor the railroad track monitoring business rule that sensing network carries out to railroad track and be configured, as: railroad track monitoring sensor node type, railroad track monitoring sensor node data collection cycle, railroad track monitoring sensor node data acquisition modes, railroad track monitoring sensing network alarm border, or the like.These railroad track monitoring business configuration relevant informations need real time down to monitor in all relevant devices in the sensing network to railroad track, thereby make whole railroad track monitoring sensing network by the requirement of railroad track monitoring business configuration the railroad track Monitoring Service is provided.But, also do not have concrete technology to solve this problem at present.

Summary of the invention

In order to solve the leftover problem of prior art, remedy technology is blank, the present invention proposes a kind of railroad track monitoring sensing network service log-on method and relevant apparatus thereof.Railroad track monitoring sensing network service log-on method and relevant apparatus are used for to the new sensing network service configuration of railroad track monitoring sensing network registration, and realize the real-time distribution of sensing network service configuration to railroad track monitoring sensing network networking equipment.

According to a first aspect of the invention, a kind of railroad track monitoring sensing network service log-on method is provided.This method comprises:

(1) railroad track monitoring sensing network administrative staff submit railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file through modes such as man-machine interfaces to railroad track monitoring sensing network network management system;

(2) railroad track monitoring sensing network network management system is monitored sensing network service registration table with railroad track and is submitted to railroad track with railroad track monitoring sensor node firmware version file and monitor the sensing network controller;

(3) railroad track monitoring sensing network controller is analyzed the railroad track monitoring sensing network service registration table and the railroad track monitoring sensor node firmware version file that receive; Generation is submitted to relevant apparatus and is carried out the configuration process to railroad track monitoring sensing access and multiplexing device and railroad track monitoring sensor node the configuration information of railroad track monitoring sensing access and multiplexing device and railroad track monitoring sensor node;

(4) the railroad track monitoring sensing network service registration management device that is embedded in the railroad track monitoring sensing network network management system is responsible for the common railroad track monitoring sensing network service log-on process that realizes with the railroad track monitoring sensing network service trade mark agency device that is embedded in the railroad track monitoring sensing network controller.

According to a second aspect of the invention, a kind of railroad track monitoring sensing network service registration table is provided.Loaded information comprises in the railroad track monitoring sensing network service registration table: sensing network service sign, sensor node task definition sublist, sensor node information sublist.Wherein: sensing network service sign is used to represent the identification information of railroad track monitoring sensing network service; Sensor node task definition sublist comprises information such as the professional related railroad track monitoring sensor node type of sensing net registration, railroad track monitoring sensor node data collecting rule; Sensor node information sublist comprises the hardware information and the deployed position information of the related railroad track monitoring sensor node of sensing net registration business.

According to a third aspect of the invention we, a kind of sensor node task definition sublist is provided.Institute's loaded information comprises in the sensor node task definition sublist: sensor node type, sensor node firmware version number, sensor node data grab type, sensor node data collection period, sensor node data report cycle, sensor node data reporting types, sensor node monitoring alarm threshold, sensor node battery electric quantity report cycle.Wherein: the sensor node type is represented the classification of sensor node; The sensor node firmware version number is represented the version identifier of the firmware version of needs operation on the type sensor node; The sensor node data grab type be used to represent the data acquisition of sensor node be periodically carry out or drive by special event; The sensor node data collection period is represented the cycle of such sensor node image data; The sensor node data report cycle representes that such sensor node reports the cycle of image data; The sensor node data reporting types is represented the type of such sensor node reported data, comprising: periodic report and alarm dual mode; Sensor node monitoring alarm threshold is made up of higher limit and lower limit two sub-domain, the upper and lower bound of expression sensor node image data normal value, and the collection value outside normal range (NR) will trigger alarm; Sensor node battery electric quantity report cycle is used to represent the report cycle of sensor node remaining battery power.

According to a forth aspect of the invention, a kind of sensor node information sublist is provided.Sensor node information sublist is used to carry the essential information of all the sensors node relevant with some sensing network services.Institute's loaded information comprises in the sensor node information sublist: sensor node hardware sequence number, sensor node production firm identifier, sensor node MAC Address, sensor node station location marker.Wherein: the sensor node hardware sequence number is represented the sequence number of sensor node hardware; Sensor node production firm identifier is used to represent the production firm of sensor node hardware; The sensor node MAC Address representes that mac address information, the sensor node station location marker of sensor node are used to represent the actual deployment position of sensor node.

According to a fifth aspect of the invention, railroad track monitoring sensing network service registration management device is provided, it runs in the railroad track monitoring sensing network management system, is responsible for realizing the management end function of railroad track monitoring sensing network service registration.Comprise in the railroad track monitoring sensing network service registration management device: first deriving means, first dispensing device, sensor node distributor, distribution of services device.Wherein: first deriving means is used to receive railroad track monitoring sensing network service registration table and the sensor node firmware version file from external device (ED); First dispensing device is used to send sensing network service registration table and sensor node firmware version file is monitored sensing network service trade mark agency device to railroad track; The sensor node distributor is used to the physical sensors node and distributes the sensor node sign; The distribution of services device is used to transmit railroad track monitoring sensing network service registry information and sensor node firmware version file is monitored sensing network service trade mark agency device to railroad track.

According to a sixth aspect of the invention, a kind of railroad track monitoring sensing network service trade mark agency device is provided, it runs in the railroad track monitoring sensing network controller, is responsible for realizing the agent functionality of railroad track monitoring sensing network service registration.Comprise in the railroad track monitoring sensing network service trade mark agency device: second deriving means, second dispensing device, task analyzer, distribution of services device.Wherein: second deriving means is used to obtain railroad track monitoring sensing network service registration table and the sensor node firmware version file from railroad track monitoring sensing network service registration management device; Second dispensing device is used to send information to railroad track monitoring sensing network service registration management device; Task analyzer is used to analyze the information of railroad track monitoring sensing network service registration table, generates local sensing network allocation list, and through the distribution of services device relevant information is passed to the related process module in the railroad track monitoring sensing network controller.The distribution of services device is responsible for monitoring other external device interface in the sensing network controller with railroad track, and the local sensing network allocation list that task analyzer is generated is distributed to other associated external devices.

The sensing network service location registration process flow process of railroad track monitoring sensing network service registration management device is provided according to a seventh aspect of the invention.The sensing network service location registration process flow process of railroad track monitoring sensing network service registration management device comprises the steps:

A) railroad track monitoring sensing network service registration management device receives railroad track monitoring sensing network service registration table and sensor node firmware version file from external device (ED)s such as man-machine interfaces;

B) the sensor node distributor in the railroad track monitoring sensing network service registration management device is all the sensors node distribution network internal indicator number in the sensor node information sublist of railroad track monitoring sensing network service registration table, as the sensor node identification number;

C) the distribution of services device in the railroad track monitoring sensing network service registration management device transmits railroad track monitoring sensing network service registry information to railroad track monitoring sensing network service trade mark agency device through first dispensing device;

D) the distribution of services device in the railroad track monitoring sensing network service registration management device transmits sensor node firmware version file to railroad track monitoring sensing network service trade mark agency device through first dispensing device.

The sensing network service location registration process flow process of railroad track monitoring sensing network service trade mark agency device is provided according to an eighth aspect of the invention.The sensing network service location registration process flow process of railroad track monitoring sensing network service trade mark agency device comprises the steps:

A) railroad track monitoring sensing network service trade mark agency device receives railroad track monitoring sensing network service registration table and the sensor node firmware version file from railroad track monitoring sensing network service registration management device;

B) task analyzer in the railroad track monitoring sensing network service trade mark agency device is analyzed the information of railroad track monitoring sensing network service registration table; This railroad track is monitored the local sensing network allocation list that sensing network service registration table resolves into the local sensing network of being managed to each railroad track monitoring sensing access and multiplexing device, comprise all railroad track monitoring sensor node information and sensor node task definition information in this local sensing network in each local sensing network allocation list;

C) the local sensing network allocation list that task analyzer is generated of the distribution of services device in the railroad track monitoring sensing network service trade mark agency device is distributed to railroad track monitoring sensing network controller configuration management device and handles;

D) the distribution of services device in the railroad track monitoring sensing network service trade mark agency device is submitted to railroad track monitoring sensing network controller firmware edition management device with sensor node firmware version file and is handled.

Adopt scheme of the present invention; Railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file can by long-range, be loaded into each related network device in the railroad track monitoring sensing network in real time, make said railroad track monitoring sensing network to monitor sensing network service registration rule and realize that railway track safety monitors task according to railroad track.

Description of drawings

Through with reference to the detailed description of being done below the advantages to non-limiting example, other features, objects and advantages of the present invention will become more obvious.Illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:

Fig. 1 shows the system architecture diagram of railroad track monitoring sensing network;

Fig. 2 shows the structural representation according to the railroad track monitoring sensing network service registration management device of a specific embodiment of the present invention;

Fig. 3 shows the structural representation according to the railroad track monitoring sensing network service trade mark agency device of a specific embodiment of the present invention;

Fig. 4 shows the flow chart according to the sensing network service location registration process flow process of the railroad track monitoring sensing network service registration management device of a specific embodiment of the present invention;

Fig. 5 shows the flow chart according to the sensing network service location registration process flow process of the railroad track monitoring sensing network service trade mark agency device of a specific embodiment of the present invention.

Wherein, same or analogous Reference numeral is represented same or analogous steps characteristic or device/module.

Embodiment

Below in conjunction with accompanying drawing, preferred implementation of the present invention is carried out detailed explanation.

As shown in Figure 1; In railroad track monitoring sensing network; Railroad track monitoring sensing access and multiplexing device 1, railroad track monitoring sensing access and multiplexing device 2, railroad track monitoring sensing access and multiplexing device 3, railroad track monitoring sensing access and multiplexing device n etc. are responsible for the railroad track monitoring sensor node in each local scope of control, organization and administration local sensing network respectively.Railroad track monitoring sensing network controller 1 is the core control equipment of whole railroad track monitoring sensing network, is responsible for all the railroad track monitoring sensing access and multiplexing devices in the network are carried out control and management.Railroad track monitoring sensing network network management system 1 is responsible for realizing the operational administrative function to railroad track monitoring sensing network controller 1 as the interface of network management personnel and railroad track monitoring sensing network.

When railroad track monitoring sensing network webmaster personnel need define new railroad track monitoring sensing business; The webmaster personnel need create railroad track monitoring sensing network service registration table, and the firmware version file that need carry out of various types of railroad track monitoring sensor node.Railroad track is monitored sensing network service registration table to the webmaster personnel and railroad track monitoring sensor node firmware version file is submitted to railroad track monitoring sensing network network management system 1 through man-machine interface.

Railroad track monitoring sensing network network management system 1 is after receiving railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file; They are delivered to railroad track monitoring sensing network controller 1, are responsible for railroad track monitoring sensing network is further disposed by railroad track monitoring sensing network controller 1.Railroad track monitoring sensing network network management system 1 can utilize the snmp protocol related news to realize the transmission of railroad track monitoring sensing network service registration table to railroad track monitoring sensing network controller 1, can utilize the File Transfer Protocol related news to realize the transmission of railroad track monitoring sensor node firmware version file to railroad track monitoring sensing network controller 1.

After railroad track monitoring sensing network controller 1 receives railroad track monitoring sensing network service registration table; It is analyzed; Be broken down into the configuration information of the local sensing network of being managed to different railroad track monitoring sensing access and multiplexing devices, as: the configuration information table of the local sensing network that the configuration information table of the local sensing network that railroad track monitoring sensing access and multiplexing device 1 is managed, railroad track monitoring sensing access and multiplexing device 2 are managed, or the like.The configuration information indumentum of local sensing network is submitted to the configuration management device in the railroad track monitoring sensing network controller 1; The configuration of railroad track monitoring sensing access and multiplexing device, railroad track monitoring sensor node is in charge of and is revised to said configuration management device; It will start railroad track monitoring sensing access and multiplexing device, railroad track monitoring sensor node configuration modification process, and new configuration information is passed to relevant railroad track monitoring sensing access and multiplexing device, railroad track monitoring sensor node.

After railroad track monitoring sensing network controller 1 receives railroad track monitoring sensor node firmware version file; They are submitted to the firmware version management devices in the railroad track monitoring sensing network controller 1; The firmware version of railroad track monitoring sensing access and multiplexing device, railroad track monitoring sensor node is in charge of and is upgraded to said firmware version management devices; It will start railroad track monitoring sensor node firmware version renewal process, move to relevant railroad track monitoring sensor node new firmware version file transfers.

Through above-mentioned steps, the various Mission Rules Guidelines of new railroad track monitoring sensing service definition and railroad track monitoring sensor node firmware version can by long-range, be distributed on all relevant devices in real time, and begin execution.

Below, second aspect of the present invention is described, wherein, Fig. 1 and associated description thereof are incorporated herein by reference.

The service log-on information that railroad track monitoring sensing network service registration table is used to carry railroad track monitoring sensing network, loaded information comprises in the railroad track monitoring sensing network service registration table: sensing network service sign, sensor node task definition sublist, sensor node information sublist.Wherein:

The sensing network service identifies, and is used to represent the identification information of railroad track monitoring sensing network service.A sensing network service can be carried out in the railroad track monitoring sensing network, also a plurality of sensing network services can be carried out simultaneously.Sensing network service sign is the inner identification number of railroad track monitoring sensing network, is used to distinguish different sensing network services.

Sensor node task definition sublist is used to comprise the professional related sensor node type of sensing net registration, sensor node data collection rule or the like information.All railroad track monitoring sensor nodes in the railroad track monitoring sensing network are responsible for gathering the monitoring parameter of railroad track each side, and the railroad track monitoring sensor node waits and carries out monitoring and alarming assignment according to pre-configured data collection cycle, data report cycle, monitoring alarm bound threshold value.Sensor node task definition sublist is responsible for carrying all railroad track monitoring sensor node Monitoring Data acquisition tasks executing rules relevant with said sensing network service.

Sensor node information sublist is used to comprise the hardware information and the deployed position information of all related railroad track monitoring sensor nodes of said sensing network service.Railroad track monitoring sensing network controller can be divided the local railroad track monitoring sensing network at railroad track monitoring sensor node place according to relevant information; And, come to distribute the railroad track monitoring sensing access and multiplexing device that network insertion and control service can be provided for it for the railroad track monitoring sensor node according to the geographic area that each railroad track monitoring sensing access and multiplexing device is responsible for.

Below, the third aspect of the invention is described, wherein, Fig. 1 and associated description thereof are incorporated herein by reference.

Sensor node task definition sublist is used to carry the monitoring task definition information of all the sensors node relevant with some sensing network services.Institute's loaded information comprises in the sensor node task definition sublist: sensor node type, sensor node firmware version number, sensor node data grab type, sensor node data collection period, sensor node data report cycle, sensor node data reporting types, sensor node monitoring alarm threshold, sensor node battery electric quantity report cycle.Wherein:

The sensor node type is used to represent the classification of sensor node, as: be responsible for temperature sensor node that rail temperature gathers, be responsible for strain gauge node that track stress gathers, be responsible for displacement transducer node that track sedimentation amplitude gathers, or the like.

The sensor node firmware version number is used to represent the version identifier of the firmware version of needs operation on the type sensor node.Because the firmware version file that the sensors of various types node is moved also is different, the sensor node firmware version number is used to identify the firmware version sign of moving on every type of sensor node.

The sensor node data grab type; The data acquisition that is used to represent sensor node be periodically carry out or drive by special event; As: when finding invasion is arranged; The infrared sensor node just can be triggered, and the acquisition image data also reports, and temperature sensor node then can periodically be carried out temperature data acquisition.

The sensor node data collection period is used to represent cycle of such sensor node image data.If the sensor node data collection period is set to 30 seconds, represent that then this sensor node is whenever at a distance from Monitoring Data of collection in 30 seconds.

The sensor node data report cycle is used to represent that such sensor node reports the cycle of image data.If the sensor node data report cycle is set to 2 minutes, then represent the every Monitoring Data that reported a time at a distance from 2 minutes of this sensor node.

The sensor node data reporting types is used to represent comprise the type of such sensor node reported data: periodic report and alarm dual mode.If the sensor node data reporting types is set to periodic report, then this sensor node regularly reports Monitoring Data according to the regulation of sensor node data report cycle; If the sensor node data reporting types is set to alarm report, then this sensor node only when finding that the Monitoring Data that collects has reached the alarm scope, just can report Monitoring Data.

Sensor node monitoring alarm threshold is made up of higher limit and lower limit two sub-domain, the upper and lower bound of expression sensor node image data normal value, and the collection value outside normal range (NR) will trigger alarm.

Sensor node battery electric quantity report cycle is used to represent the report cycle of sensor node remaining battery power.If sensor node battery electric quantity report cycle is set to 5 minutes, represent that then this sensor node whenever reported once remaining battery electric quantity at a distance from 5 minutes.

Below, fourth aspect of the present invention to be described, Fig. 1 and associated description thereof are incorporated herein by reference.

Sensor node information sublist is used to carry the essential information of all the railroad track monitoring sensor nodes relevant with sensing network service.Institute's loaded information comprises in the sensor information sublist: sensor node hardware sequence number, sensor node production firm identifier, sensor node MAC Address, sensor node station location marker.Wherein:

The sensor node hardware sequence number is represented the sequence number of sensor node hardware.Each railroad track monitoring sensor node is assigned with a unique hardware sequence number at the Shi Douhui that dispatches from the factory.

Sensor node production firm identifier is used to represent the production firm of sensor node hardware.

The sensor node MAC Address is represented the mac address information of sensor node.Each railroad track monitoring sensor node all can be assigned with a unique MAC Address.

The sensor node station location marker is represented the actual deployment position of said sensor node.In railroad track monitoring sensing network; The sensor node deployment position is divided into a plurality of zones; Each zone all has a railroad track monitoring sensing access and multiplexing device to be responsible for the tissue of local sensing network, and each zone is assigned with a realm identifier and representes.The sensor node station location marker carries the identifier in zone at the deployed position place of said sensor node.

Below, with reference to Fig. 2 the 5th aspect of the present invention is described, wherein, Fig. 1 and associated description thereof are incorporated herein by reference.

Railroad track monitoring sensing network service registration management device runs in the railroad track monitoring sensing network network management system, is responsible for realizing the management end function of railroad track monitoring sensing network service registration.When railroad track monitoring sensing network webmaster personnel monitor sensing network service registration table and railroad track monitoring sensor node firmware version file when submitting to railroad track and monitor sensing network network management system 1 through man-machine interface with railroad track; The railroad track monitoring sensing network service registration management device that is embedded in the railroad track monitoring sensing network network management system 1 is responsible for receiving railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file, and the line correlation of going forward side by side is handled.

Comprise in the railroad track monitoring sensing network service registration management device: first deriving means 101, first dispensing device 102, sensor node distributor 103, distribution of services device 104.Wherein:

First deriving means 101; Be used to receive railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file; And railroad track is monitored sensing network service registration table submit to sensor node distributor 103, railroad track monitoring sensor node firmware version file is submitted to distribution of services device 104.

First dispensing device 102 is used for forwarding railway track monitoring sensing network service registry information and the sensor node firmware version file railroad track monitoring sensing network service trade mark agency device to railroad track monitoring sensing network controller.First dispensing device 102 utilizes snmp protocol message transmission railroad track monitoring sensing network service registry information to monitor sensing network service trade mark agency device to the railroad track in the railroad track monitoring sensing network controller, utilizes File Transfer Protocol message to transmit railroad track monitoring sensor node firmware version file and monitors the railroad track monitoring sensing network service trade mark agency device in the sensing network controller to railroad track.

Sensor node distributor 103 is used to the inner sensor node sign of sensor node distribution network that comprises in the railroad track monitoring sensing network service registration table, and railroad track is monitored sensing network service registration table hand to distribution of services device 104.

Distribution of services device 104 is used for utilizing first dispensing device 102 to distribute railroad track monitoring sensing network service registry information and sensor node firmware version file is monitored sensing network service trade mark agency device to the railroad track of railroad track monitoring sensing network controller.

Below, with reference to Fig. 3 the 6th aspect of the present invention is described, wherein, Fig. 1 and associated description thereof are incorporated herein by reference.

Railroad track monitoring sensing network service trade mark agency device runs in the railroad track monitoring sensing network controller; Be responsible for receiving railroad track monitoring sensing network service registry information and sensor node firmware version file, and railroad track monitoring sensing access and multiplexing device and railroad track monitoring sensor node in the railroad track monitoring sensing network carried out relevant configuration according to these contents from railroad track monitoring sensing network service registration management device.

Comprise in the railroad track monitoring sensing network service trade mark agency device: second deriving means 201, second dispensing device 202, task analyzer 203, distribution of services device 204.Wherein:

Second deriving means 201 is used to obtain railroad track monitoring sensing network service registration table and the sensor node firmware version file from railroad track monitoring sensing network service registration management device.Second deriving means 201 is handed to task analyzer 203 with the railroad track monitoring sensing network service registration table that receives, and the sensor node firmware version file that receives is handed to distribution of services device 204.

Second dispensing device 202 is used to send information to railroad track monitoring sensing network service registration management device, and and second deriving means 201 is realized together and the information interaction of railroad track monitoring sensing network service registration management device.

Task analyzer 203; Be used to analyze the information of railroad track monitoring sensing network service registration table; Generate local sensing network allocation list, and relevant information is passed to the configuration management device in the railroad track monitoring sensing network controller through distribution of services device 204.Wherein each local sensing network allocation list is the configuration information of the local sensing network managed to railroad track monitoring sensing access and multiplexing device.

Distribution of services device 204; Be responsible for railroad track monitoring sensing network controller in interfaces such as configuration management device, firmware version management devices; The local sensing network allocation list that task analyzer 203 is generated is distributed to the configuration management device, will arrive the firmware version management devices from the sensor node firmware version file distributing of second deriving means 201.

Below, with reference to Fig. 4 the 7th aspect of the present invention is described, wherein, Fig. 1 and associated description thereof are incorporated herein by reference.

The sensing network service location registration process flow process of railroad track monitoring sensing network service registration management device comprises the steps:

Step S10, railroad track monitoring sensing network service registration management device receives railroad track monitoring sensing network service registration table and sensor node firmware version file from external device (ED).

Step S11; Sensor node distributor 103 in the railroad track monitoring sensing network service registration management device is monitored all the sensors node distribution network internal indicator number in the sensor node information sublist of sensing network service registration table for railroad track, as the sensor node identification number.The sensor node identification number will be as the inside identifier of these railroad track monitoring sensor nodes in railroad track monitoring sensing network.

Step S12, the distribution of services device 104 in the railroad track monitoring sensing network service registration management device transmits railroad track monitoring sensing network service registry information through first dispensing device 102 and monitors the railroad track monitoring sensing network service trade mark agency device in the sensing network controller to railroad track.

Step S13, the distribution of services device 104 in the railroad track monitoring sensing network service registration management device transmits sensor node firmware version file through first dispensing device 102 and monitors sensing network service trade mark agency device to the railroad track in the railroad track monitoring sensing network controller.

According to the embodiment of the invention, a kind of sensing network service location registration process flow process of railroad track monitoring sensing network controller is provided also.Below according to Fig. 5 and combine Fig. 1 to introduce this flow process.This flow process comprises following processing:

Step S20, railroad track monitoring sensing network service registration management device forwarding railway track monitoring sensing network service registration table and sensor node firmware version file are to railroad track monitoring sensing network service trade mark agency device.

Step S21; Task analyzer 203 in the railroad track monitoring sensing network service trade mark agency device is analyzed the information of railroad track monitoring sensing network service registration table; This railroad track is monitored the local sensing network allocation list that sensing network service registration table resolves into the local sensing network of being managed to each railroad track monitoring sensing access and multiplexing device, comprise all railroad track monitoring sensor node information and sensor node task definition information in this local sensing network in each local sensing network allocation list.

Step S22, the local sensing network allocation list that the distribution of services device 204 in the railroad track monitoring sensing network service trade mark agency device generates task analyzer is distributed to the configuration management device of railroad track monitoring sensing network controller and handles.

Step S23, the distribution of services device 204 in the railroad track monitoring sensing network service trade mark agency device is submitted to the firmware version management devices with sensor node firmware version file and is handled.

Because railroad track monitoring sensing network controller is the control core of whole railroad track monitoring sensing network, the configuration parameter of all railroad track monitoring sensing access and multiplexing devices and the execution in service of railroad track monitoring sensor node all obtains from railroad track monitoring sensing network controller.Through railroad track monitoring sensing network service log-on method, new railroad track monitoring sensing service log-on rule is broken down into various configuration parameters, submits to the correlation module of railroad track monitoring sensing network controller.These configuration informations will be distributed on railroad track monitoring sensing access and multiplexing device and the railroad track monitoring sensor node by the modules such as configuration management, firmware version management that railroad track is monitored the sensing network controller; Thereby make all devices in the whole railroad track monitoring sensing network all carry out the configuration parameter that defines in the railroad track monitoring sensing network services registry, make all the railroad track monitoring sensor nodes in the whole railroad track monitoring sensing network all carry out the sensor node firmware version that the service log-on process is transmitted.

The above is merely the preferred embodiments of the present invention, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.All within spirit of the present invention and principle, any modification of being done is equal to replacement, improves etc., all should be included within protection scope of the present invention.

Claims (10)

1. the service log-on method of railroad track monitoring sensing network is characterized in that:
A) railroad track monitoring sensing network administrative staff submit railroad track monitoring sensing network service registration table and railroad track monitoring sensor node firmware version file through modes such as man-machine interfaces to railroad track monitoring sensing network network management system;
B) railroad track monitoring sensing network network management system is monitored sensing network service registration table with railroad track and is submitted to railroad track with railroad track monitoring sensor node firmware version file and monitor the sensing network controller;
C) railroad track monitoring sensing network controller is analyzed the railroad track monitoring sensing network service registration table and the railroad track monitoring sensor node firmware version file that receive; Generation is submitted to relevant apparatus and is carried out the configuration process to railroad track monitoring sensing access and multiplexing device and railroad track monitoring sensor node the configuration information of railroad track monitoring sensing access and multiplexing device and railroad track monitoring sensor node;
D) the railroad track monitoring sensing network service registration management device that is embedded in the railroad track monitoring sensing network network management system is responsible for the common railroad track monitoring sensing network service log-on process that realizes with the railroad track monitoring sensing network service trade mark agency device that is embedded in the railroad track monitoring sensing network controller.
2. railroad track monitoring sensing network service log-on method according to claim 1, its characteristic are that also the sensing network service location registration process flow process of railroad track monitoring sensing network service registration management device may further comprise the steps:
A) railroad track monitoring sensing network service registration management device receives railroad track monitoring sensing network service registration table and sensor node firmware version file;
B) the sensor node distributor in the railroad track monitoring sensing network service registration management device is all the sensors node distribution network internal indicator number in the sensor node information sublist of railroad track monitoring sensing network service registration table, as the sensor node identification number;
C) the distribution of services device in the railroad track monitoring sensing network service registration management device transmits railroad track monitoring sensing network service registry information to railroad track monitoring sensing network service trade mark agency device through first dispensing device;
D) the distribution of services device in the railroad track monitoring sensing network service registration management device transmits sensor node firmware version file to railroad track monitoring sensing network service trade mark agency device through first dispensing device.
3. railroad track monitoring sensing network service log-on method according to claim 1, its characteristic are that also the sensing network service location registration process flow process of railroad track monitoring sensing network service trade mark agency device may further comprise the steps:
A) railroad track monitoring sensing network service trade mark agency device receives railroad track monitoring sensing network service registration table and the sensor node firmware version file from railroad track monitoring sensing network service registration management device;
B) task analyzer in the railroad track monitoring sensing network service trade mark agency device is analyzed the information of railroad track monitoring sensing network service registration table; This railroad track is monitored the local sensing network allocation list that sensing network service registration table resolves into the local sensing network of being managed to each railroad track monitoring sensing access and multiplexing device, comprise all railroad track monitoring sensor node information and sensor node task definition information in this local sensing network in each local sensing network allocation list;
C) the local sensing network allocation list that task analyzer is generated of the distribution of services device in the railroad track monitoring sensing network service trade mark agency device is distributed to railroad track monitoring sensing network controller configuration management device and handles;
D) the distribution of services device in the railroad track monitoring sensing network service trade mark agency device is submitted to the firmware version management devices with sensor node firmware version file and is handled.
4. railroad track monitoring sensing network service log-on method according to claim 1, railroad track monitoring sensing network service registration table is characterised in that:
A) railroad track monitoring sensing network service registration table is used to carry the service log-on information that railroad track is monitored sensing network, and the network management personnel who is monitored sensing network by railroad track submits to railroad track monitoring sensing network service registration management device through modes such as man-machine operation interface;
B) loaded information comprises in the railroad track monitoring sensing network service registration table: sensing network service sign, sensor node task definition sublist, sensor node information sublist;
C) sensing network service sign is used to represent the identification information of railroad track monitoring sensing network service;
D) transducer task definition sublist comprises information such as the professional related railroad track monitoring sensor node type of sensing net registration, railroad track monitoring sensor node data collecting rule;
E) sensor node information sublist comprises the hardware information and the deployed position information of the related railroad track monitoring sensor node of sensing net registration business.
5. railroad track monitoring sensing network service registration table according to claim 4, sensor node task definition sublist is characterised in that:
A) sensor node task definition sublist is used to carry the monitoring task definition information of all the sensors node relevant with some sensing network services;
B) institute's loaded information comprises in the sensor node task definition sublist: sensor node type, sensor node firmware version number, sensor node data grab type, sensor node data collection period, sensor node data report cycle, sensor node data reporting types, sensor node monitoring alarm threshold, sensor node battery electric quantity report cycle;
C) the sensor node type is represented the classification of sensor node;
D) the sensor node firmware version number is represented the version identifier of the firmware version of needs operation on the type sensor node;
E) the sensor node data grab type be used to represent the data acquisition of sensor node be periodically carry out or drive by special event;
F) the sensor node data collection period is represented the cycle of such sensor node collection Monitoring Data;
G) the sensor node data report cycle representes that such sensor node reports the cycle of image data;
H) the sensor node data reporting types is represented the type of such sensor node reported data, comprising: periodic report and alarm dual mode;
I) sensor node monitoring alarm threshold is made up of higher limit and lower limit two sub-domain, the upper and lower bound of expression sensor node image data normal value, and the collection value outside normal range (NR) will trigger alarm;
J) sensor node battery electric quantity report cycle is used to represent the report cycle of sensor node remaining battery power.
6. railroad track monitoring sensing network service registration table according to claim 4, sensor node information sublist is characterised in that:
A) sensor node information sublist is used to carry the essential information of all the sensors node relevant with some sensing network services;
B) institute's loaded information comprises in the sensor information sublist: sensor node hardware sequence number, sensor node production firm identifier, sensor node MAC Address, sensor node station location marker;
C) the sensor node hardware sequence number is represented the sequence number of sensor node hardware;
D) sensor node production firm identifier is used to represent the production firm of sensor node hardware;
E) the sensor node MAC Address is represented the mac address information of sensor node;
F) the sensor node station location marker is used to represent the actual deployment position of sensor node.
7. a railroad track is monitored sensing network service registration management device, it is characterized in that:
A) railroad track monitoring sensing network service registration management device can run in the railroad track monitoring sensing network management system, is responsible for realizing the management end function of railroad track monitoring sensing network service registration;
B) comprise in the railroad track monitoring sensing network service registration management device: first deriving means, first dispensing device, sensor node distributor, distribution of services device;
C) first deriving means is used to receive railroad track monitoring sensing network service registration table and the sensor node firmware version file from external device (ED);
D) first dispensing device is used to send sensing network service registration table and sensor node firmware version file to railroad track monitoring sensing network service trade mark agency device;
E) the sensor node distributor is used to physical sensors node distribution sensor node sign;
F) the distribution of services device is used to transmit railroad track monitoring sensing network service registry information and monitors sensing network service trade mark agency device with sensor node firmware version file to railroad track.
8. a railroad track is monitored sensing network service trade mark agency device, it is characterized in that:
A) railroad track monitoring sensing network service trade mark agency device runs in the railroad track monitoring sensing network controller, is responsible for realizing the agent functionality of railroad track monitoring sensing network service registration;
B) comprise in the railroad track monitoring sensing network service trade mark agency device: second deriving means, second dispensing device, task analyzer, distribution of services device;
C) second deriving means is used to obtain railroad track monitoring sensing network service registration table and the sensor node firmware version file from railroad track monitoring sensing network service registration management device;
D) second dispensing device is used to send information to railroad track monitoring sensing network service registration management device;
E) task analyzer is used to analyze the information of railroad track monitoring sensing network service registration table, generates local sensing network allocation list, and through the distribution of services device relevant information is passed to the related process module in the railroad track monitoring sensing network controller;
F) the distribution of services device is responsible for monitoring other external device interface in the sensing network controller with railroad track, and the local sensing network allocation list that task analyzer is generated is distributed to other associated external devices.
9. a railroad track is monitored the network management system in the sensing network, it is characterized in that, comprises the described railroad track monitoring of claim 7 sensing network service registration management device.
10. a railroad track is monitored the controller equiment in the sensing network, it is characterized in that, comprises the described railroad track monitoring of claim 8 sensing network service trade mark agency device.
CN2011100365628A 2011-02-12 2011-02-12 Business registration method and device for railway track monitoring and sensing network CN102638812A (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1659623A (en) * 2002-05-31 2005-08-24 安桥株式会社 Network type content reproduction system
CN101075375A (en) * 2007-01-31 2007-11-21 包头奥普德电子科技有限公司 Apparatus for automatically tracking automobile running orbit and its monitoring method
CN101216985A (en) * 2008-01-03 2008-07-09 常州日盈电器有限公司 A mine-used monitoring system
CN101424942A (en) * 2008-01-15 2009-05-06 北京交通大学 Distribution detection device for orienting rail traffic safety assessment
CN101774391A (en) * 2009-12-31 2010-07-14 华南理工大学 Topology control method for wireless sensing network of railway traffic

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1659623A (en) * 2002-05-31 2005-08-24 安桥株式会社 Network type content reproduction system
CN101075375A (en) * 2007-01-31 2007-11-21 包头奥普德电子科技有限公司 Apparatus for automatically tracking automobile running orbit and its monitoring method
CN101216985A (en) * 2008-01-03 2008-07-09 常州日盈电器有限公司 A mine-used monitoring system
CN101424942A (en) * 2008-01-15 2009-05-06 北京交通大学 Distribution detection device for orienting rail traffic safety assessment
CN101774391A (en) * 2009-12-31 2010-07-14 华南理工大学 Topology control method for wireless sensing network of railway traffic

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Application publication date: 20120815