JP4768527B2 - Operation management service system - Google Patents

Description

  The present invention relates to an operation management service system that performs an operation management service of a sensor network using mobile nodes.

  At present, in order to monitor and maintain a sensor network composed of a large number of sensor nodes, it is necessary to collect and analyze logs from each sensor node and implement countermeasures.

  An operation agency that manages the sensor network installs a management server that collects and analyzes logs at the customer's (customer) site and manages it from the administrator terminal of the operation agency at a remote location in order to reduce operational costs. Operate the server to collect and analyze logs.

  For this purpose, the management server and the administrator terminal of the operation agency need to be connected via a network. However, depending on the customer environment, the backbone network and the sensor network cannot be connected. It may not be possible to operate.

Conventionally, Patent Document 1 discloses a system for collecting equipment operation data of equipment for building equipment management installed on a floor where no communication cable is laid.
JP 2002-287819 A

  However, in order to connect the backbone network and the sensor network, it is necessary to construct a new line or install an extra relay node, which increases the cost of constructing the sensor network.

  Further, even in the method of manually collecting and managing logs, it is necessary to dispatch an administrator from the operation agency to the customer, resulting in labor costs.

  The conventional system disclosed in Patent Document 1 carries a mobile / portable data collection system equipped with an analog sensor and a program that defines data collection conditions to a measurement site, collects data with the attached sensor, and moves / ports Type data collection system has an interface that can be connected to the Internet, etc., and can display data to clients and instruct data collection conditions in a communicable environment, but data analysis and display at the measurement site Or, since the mobile / portable data collection system is installed on the floor and remote management is performed via the Internet, in an environment where the measurement site cannot be connected to the Internet, the operation agent company does not dispatch people, The sensor node cannot be set.

  Therefore, an object of the present invention is made in view of the above circumstances, and even in an environment where the backbone network and the sensor network are not connected, remote management of the sensor node is possible, and an operator carrying the mobile node Can unintentionally collect sensor node logs, and there is no need to install new lines or install extra relay nodes, so the cost of building a sensor network does not increase, and people are sent from the operation agency to customers. Since there is no need for labor costs, it is possible to collect and manage logs and change sensor node settings without labor costs, and centrally manage the log collection status and configuration file application status from the administrator terminal of the operation agency Possible to operate and manage sensor network at low cost even for customers who are able to connect to the backbone network and sensor network. It is to provide a management service system capable of providing.

  The operation management service system of the present invention is installed in a work area where an operator works, and a plurality of sensor nodes constructing a sensor network, and a wireless access point installed in a management area where the worker manages work An apparatus, a mobile node carried by a worker who circulates between the work area and the management area, transmits / receives data to / from the sensor node and the wireless access point device, a management server connected to the wireless access point device, and the management server The system comprises an administrator terminal connected via a network and performs a sensor network operation management service using a mobile node, wherein each of the plurality of sensor nodes has a node ID and moves a log. Means for transmitting to the node, wherein the mobile node has a recording unit, Means for receiving the log transmitted from the device, means for recording the received sensor node log for each node ID in the recording unit, means for transmitting the log to a wireless access point device, and The point device comprises means for receiving the sensor node log transmitted from the mobile node, and means for sending the received sensor node log to the management server, the management server having a collection log database. A means for collecting sensor node logs sent from the wireless access point device, means for storing the collected sensor node logs in the collection log database, and means for analyzing the logs, A configuration in which an administrator terminal includes means for confirming a log collection status of a sensor node with respect to the management server. It is intended to.

  In the operation management service system of the present invention, when the mobile node sends a log transmission request to the sensor node, and the plurality of sensor nodes receive the log transmission request from the mobile node, the log is sent to the mobile node. It is supposed to send.

  The operation management service system of the present invention comprises means for notifying the mobile node that the management server has received the sensor node log, and the mobile node receives the sensor node log reception notification from the management server. And means for deleting the sensor node log recorded in the recording unit.

  In the operation management service system of the present invention, the administrator terminal instructs the management server to change the setting value of the sensor node, and the management server creates a configuration file based on the instruction from the administrator terminal. Sent to the wireless access point device, the wireless access point device receives the setting file sent from the management server, transmits the received setting file to the mobile node, the mobile node from the wireless access point device The transmitted setting file is received, the received setting file is recorded in the storage unit, the setting file is transmitted to the sensor node, the sensor node receives the setting file transmitted from the mobile node, and the received setting is received. The file is to be applied.

  The operation management service system of the present invention comprises means for notifying the mobile node that the sensor node has received the setting file transmitted from the mobile node, and the mobile node notifies the reception of the setting file from the sensor node. Is received, the setting file recorded in the recording unit is deleted.

  In the operation management service system of the present invention, when the management server transmits the setting file to the mobile node, the transmitted setting file name and the time when the application of the setting file is instructed are recorded.

  In the operation management service system of the present invention, a log collection status confirmation interval and a log collection confirmation time are set as management server setting values in the management server, and when the management server reaches the log collection confirmation time, all sensors Check the latest time of the collected logs for the node, and if there is a sensor node that has not collected logs for more than the log collection status confirmation interval, inform the customer and administrator where to install the sensor node that has not been collected. You are notified by email.

  In the operation management service system of the present invention, the management server has a log collection status management database, and stores a sensor node list in which the node IDs and sensor node installation locations are associated with each other in the log collection status management database. Means.

  In the operation management service system of the present invention, the management server stores in the log collection status management database a log collection request list in which node IDs for requesting log collection of sensor nodes to mobile nodes are summarized in a table. It has become.

  In the operation management service system of the present invention, the management server has a setting value management database, and a setting file application status list that summarizes the application status of setting files to sensor nodes is stored in the setting value management database. Means to do.

  In the operation management service system according to the present invention, the management server stores a batch file and a setting file in which processing for a sensor node is described.

  In the operation management service system of the present invention, the administrator terminal includes a display unit, inquires the management server about the log collection status, and is described in the log collection request list stored in the log collection status management database. The sensor node list is searched based on the node ID, the installation location of the sensor node is specified, and the node ID and the installation location where the specified log collection is not performed are displayed on the display unit.

  In the operation management service system of the present invention, when the management server needs to perform processing on the sensor node from the result of analyzing the log, the batch file or setting file describing the processing to the sensor node is stored in the wireless access point device. The wireless access point device receives the batch file and setting file sent from the management server, transmits the received batch file and setting file to the mobile node, and the mobile node is transmitted from the wireless access point device. The batch file or setting file is received, the received batch file or setting file is recorded in the storage unit, the batch file or setting file is transmitted to the sensor node, and the sensor node transmits the batch file or setting file transmitted from the mobile node. Receive the configuration file and the received batch file It is adapted to perform the process in accordance with Le and configuration files.

  In the operation management service system of the present invention, the administrator terminal inquires the management server about the setting file application status to the sensor node, and displays the setting file application status list stored in the setting value management database from the management server. The acquired setting file application status list is displayed on the display unit.

  In the operation management service system of the present invention, the management server compares the log node ID with the log collection request list, and the log node ID of the sensor node log stored in the collection log database is in the log collection request list. If the node ID of the log is in the log collection request list, the corresponding node ID is deleted from the log collection request list.

  In the operation management service system of the present invention, the management server determines whether a node ID is registered in the log collection request list, compares the sensor node list with the log collection request list, and performs log collection. The installation location of the sensor node that is not known is specified, and the installation location of the specified sensor node is notified to the customer and the administrator by e-mail.

  As described above, according to the present invention, it is possible to remotely manage the sensor node even in an environment where the backbone network and the sensor network are not connected, and an operator carrying the mobile node unconsciously logs the sensor node. Since it is possible to collect data, and there is no need to install new lines or install extra relay nodes, the sensor network construction cost does not increase, and there is no need to dispatch people from the operation agency to customers. It is possible to collect and manage logs and change sensor node settings, and the log collection status and configuration file application status can be centrally managed by the administrator terminal of the operation agency. Operational management capable of providing sensor network operation management services at low cost to customers who have difficulty in increasing the number of lines connecting It is possible to obtain a service system.

  The best mode for carrying out the present invention will be described below in detail with reference to the drawings.

  The operation management service system S of the present invention is installed in a work area A where the worker 1 performs work, and in a plurality of sensor nodes 2 constructing a sensor network, and a management area B where work management of the worker 1 is performed. A wireless access point (AP) device 3 to be installed and a mobile node 4 that is carried by a worker 1 traveling around the work area A and the management area B and that transmits and receives data to and from the sensor node 2 and the wireless access point device 3. And a management server 5 connected to the wireless access point device 3 and an administrator terminal 7 connected to the management server 5 via the network 6.

  The operation management service system S of the present invention is a system that performs an operation management service of a sensor network using the mobile node 4.

  In the operation management service system S of the present invention, each of the plurality of sensor nodes 2 has a node ID.

  In the operation management service system S of the present invention, a plurality of sensor nodes 2 includes means for transmitting logs to the mobile node 4.

  In the operation management service system S of the present invention, the mobile node 4 has a recording unit (not shown).

  The operation management service system S of the present invention includes a means for the mobile node 4 to receive a log transmitted from the sensor node 2, a means for recording the received log of the sensor node 2 in a recording unit for each node ID, a log Is transmitted to the wireless access point device 3.

  The operation management service system S of the present invention includes a means for the wireless access point device 3 to receive a log of the sensor node 2 transmitted from the mobile node 4, and a means to send the received log of the sensor node 2 to the management server 5. It has.

  In the operation management service system S of the present invention, the management server 5 has a collection log database (Data Base; DB) 50.

  In the operation management service system S of the present invention, the management server 5 stores the log of the sensor node 2 sent from the wireless access point device 3 and the collected log of the sensor node 2 in the collection log database 50. Means and means for analyzing the log.

  The operation management service system S of the present invention includes means for the administrator terminal 7 to confirm the log collection status of the sensor node 2 with respect to the management server 5.

  In the operation management service system S of the present invention, the mobile node 4 sends a log transmission request to the sensor node 2.

  In the operation management service system S of the present invention, when a plurality of sensor nodes 2 receives a log transmission request from the mobile node 4, the log is transmitted to the mobile node 4.

  The operation management service system S of the present invention comprises means for notifying the mobile node 4 that the management server 5 has received the log of the sensor node 2.

  The operation management service system S of the present invention comprises means for deleting the log of the sensor node 2 recorded in the recording unit when the mobile node 4 receives the notification of the log of the sensor node 2 from the management server 5. ing.

  In the operation management service system S of the present invention, the administrator terminal 7 instructs the management server 5 to change the setting value of the sensor node 2.

  In the operation management service system S of the present invention, the management server 5 creates a setting file 51 based on an instruction from the administrator terminal 7 and sends the created setting file 51 to the wireless access point device 3.

  In the operation management service system S of the present invention, the wireless access point device 3 receives the setting file 51 sent from the management server 5 and transmits the received setting file 51 to the mobile node 4.

  In the operation management service system S of the present invention, the mobile node 4 receives the setting file 51 transmitted from the wireless access point device 3, records the received setting file 51 in the storage unit, and stores the setting file 51 in the sensor node 2. To be sent to.

  In the operation management service system S of the present invention, the sensor node 2 receives the setting file 51 transmitted from the mobile node 4 and applies the received setting file 51.

  The operation management service system S of the present invention includes means for notifying the mobile node 4 that the sensor node 2 has received the setting file 51 transmitted from the mobile node 4.

  In the operation management service system S of the present invention, when the mobile node 4 receives the reception notification of the setting file 51 from the sensor node 2, the setting file 51 recorded in the recording unit is deleted.

  The operation management service system S of the present invention is configured so that the management server 5 records the transmitted setting file name and the time when the setting file 51 is instructed to be applied when the setting file 51 is transmitted to the mobile node 4.

  In the operation management service system S of the present invention, a log collection status confirmation interval and a log collection confirmation time are set in the management server 5 as management server setting values.

  In the operation management service system S of the present invention, when the management server 5 reaches the log collection confirmation time, the latest time of the collected logs is confirmed for all the sensor nodes 2, and the logs are collected more than the log collection status confirmation interval. When there is no sensor node 2, the customer and the manager 71 are notified by mail of the installation location of the sensor node 2 for which log collection is not performed.

  In the operation management service system S of the present invention, the management server 5 has a log collection status management database (Data Base; DB) 52.

  In the operation management service system S according to the present invention, the management server 5 includes means for storing in the log collection status management database 52 a sensor node list in which the node ID and the installation location of the sensor node 2 are associated with each other.

  In the operation management service system S of the present invention, the log collection request management table 52 includes a log collection request list in which the management server 5 summarizes node IDs for requesting log collection of the sensor node 2 to the mobile node 4. It comes to store.

  In the operation management service system S of the present invention, the management server 5 has a set value management database (Data Base; DB) 53.

  In the operation management service system S of the present invention, the management server 5 includes means for storing in the setting value management database 53 a setting file application status list that summarizes the application status of setting files to the sensor node 2 in a table. .

  In the operation management service system S of the present invention, the management server 5 stores a batch file and a setting file in which processing for the sensor node 2 is described.

  In the operation management service system S of the present invention, the administrator terminal 7 includes a display unit 70.

  In the operation management service system S of the present invention, the administrator terminal 7 inquires of the management server 5 about the log collection status, and the node IDs described in the log collection request list stored in the log collection status management database 52 The sensor node list is searched based on the information, the installation location of the sensor node 2 is specified, and the node ID and the installation location where the specified log collection is not performed are displayed on the display unit 70.

  The operation management service system S of the present invention wirelessly accesses a batch file or setting file describing the processing to the sensor node 2 when the management server 5 needs to perform processing on the sensor node 2 from the result of analyzing the log. It is sent to the point device 3.

  In the operation management service system S of the present invention, the wireless access point device 3 receives the batch file and setting file sent from the management server 5 and transmits the received batch file and setting file to the mobile node 4. Yes.

  In the operation management service system S of the present invention, the mobile node 4 receives the batch file and the setting file transmitted from the wireless access point device 3, records the received batch file and the setting file in the storage unit, The setting file is transmitted to the sensor node 2.

  In the operation management service system S of the present invention, the sensor node 2 receives a batch file and a setting file transmitted from the mobile node 4, and executes processing according to the received batch file and setting file.

  In the operation management service system S of the present invention, the administrator terminal 7 inquires of the management server 5 about the setting file application status to the sensor node 2, and the setting file stored in the setting value management database 53 from the management server 5. The application status list is acquired, and the acquired setting file application status list is displayed on the display unit 70.

  In the operation management service system S of the present invention, the management server 5 compares the log node ID with the log collection request list, and the log node ID of the sensor node 2 stored in the collection log database 50 is the log collection request list. If the log node ID is in the log collection request list, the corresponding node ID is deleted from the log collection request list.

  In the operation management service system S of the present invention, the management server 5 determines whether the node ID is registered in the log collection request list, compares the sensor node list with the log collection request list, The installation location of the sensor node 2 that is not performed is specified, and the customer and the manager 71 are notified of the installation location of the specified sensor node 2 by mail.

FIG. 1 is a system configuration diagram showing an operation management service system according to an embodiment of the present invention.
As shown in FIG. 1, the operation management service system S includes a plurality of sensor nodes 2 (2a, 2b) constructing a sensor network installed in a work area A of the customer 10 and a management area of the customer 10 Wireless access point device 3 installed in B, mobile node 4 carried by worker 1 traveling around work area A and management area B of customer site 10, management server 5 installed in customer site 10, and remote It is composed of an administrator terminal 7 installed in a local operation agency 72.

  As shown in FIG. 1, a plurality of sensor nodes 2 for measuring temperature and humidity are installed in a work area (each farmland) A of a customer (plant) 10.

  A wireless access point device 3 is installed in the management area (office) B of the customer 10.

  A mobile node (name tag sensor node) 4 is attached to the worker 1 who performs farm work in the work area A of the customer 10.

  A management server 5 is installed at the customer 10.

  As shown in FIG. 1, the management server 5 has a collection log database 50, a log collection status management database 52, and a set value management database 53.

  The wireless access point device 3 and the management server 5 are connected to each other via a LAN (Local Area Network) 9.

  As shown in FIG. 1, an administrator terminal 7 is installed in the operation agency 72.

  The management server 5 of the customer 1 and the administrator terminal 7 of the operation agency 72 are connected by a network 6.

  In the operation management service system of the present invention, a worker 1 who performs work in a work area (agricultural land) A in which a sensor network is constructed has a mobile node (name tag sensor node, notebook PC, etc.) 4. When the sensor node 2 for which no log is collected can be transmitted and received, the log of the sensor node 2 is stored in the mobile node 4.

  When the mobile node 4 can transmit and receive with the wireless access point device 3 in the management area (office) B connected to the management server 5, the log is transferred from the mobile node 4 to the management server 5 via the wireless access point device 3. By sending the information, the management server 5 indirectly collects the logs of the sensor node 2.

  As a result of analyzing the log of the sensor node 2 by the management server 5, if it is necessary to perform processing on the sensor node 2, the batch file or setting file describing the processing is sent to the sensor via the mobile node 4 in the same way as when collecting the log. The data is sent to node 2 and executed by sensor node 2.

FIG. 2 is a diagram illustrating an example of a packet informing the successful application of the configuration file.
As shown in FIG. 2, the packet 20 notifying the successful application of the configuration file includes the mobile node ID of the source mobile node 4, the IP (Internet Protocol) address of the destination management server 5, and the configuration file 51. The success or failure of application and the node ID of the sensor node 2 to which the setting file 51 is applied are described.

FIG. 3 is a diagram illustrating an example of the management server setting value.
In FIG. 3, as the management server setting value, the log collection status confirmation interval is set to 24 hours, and the log collection confirmation time is set to 7:00.

  The management server setting values shown in FIG. 3 are set in the management server 5 in advance.

FIG. 4 is a diagram illustrating an example of a sensor node log.
In the sensor node log 21, as shown in FIG. 4, “time” at which temperature / humidity was measured at the sensor node installed in the work area, and “temperature” of the work area measured at the sensor node. The “humidity” of the work area measured by the sensor node is recorded.

  The sensor node log 21 shown in FIG. 4 is recorded in the collection log database 50 for each node ID of the sensor node 2.

FIG. 5 is a diagram illustrating an example of a sensor node list.
In the sensor node list table 54, as shown in FIG. 5, the “node ID” of the sensor node 2 and the “installation location” of the sensor node 2 are registered in association with each other.

  The sensor node list 54 shown in FIG. 5 is stored in the log collection status management database 52 in advance.

FIG. 6 is an explanatory diagram showing an example of a log collection request list.
In the log collection request list 55, as shown in FIG. 6, the “node ID” of the sensor node 2 that makes a log collection request to the mobile node 4 is registered.

  The log collection request list 55 shown in FIG. 6 is recorded in the log collection status management database 52.

FIG. 7 is a diagram illustrating an example of a setting file application status list.
As shown in FIG. 7, the setting file application status list 56 includes “node ID” of the sensor node 2, “current setting file name” of the sensor node 2, and “setting file name instructing application”. In addition, “application instruction time” instructing application of the setting file and “application success / failure” of the setting file are registered in association with each other.

  The setting file application status list 56 shown in FIG. 7 is recorded in the setting value management database 53.

  The main body of the setting file 51 is stored in the management server 5.

FIG. 8 is a flowchart for explaining the flow of processing when collecting a log from a sensor node by a mobile node in the operation management service system according to the embodiment of the present invention.
When the worker 1 carrying the mobile node 4 approaches the sensor node 2 installed in the work area (agricultural land) A, the process started in step S100 starts with a log from the mobile node 4 to the sensor node 2 first. A transmission request is sent (step S101), and then it is determined whether the sensor node 2 is within the communication range of the mobile node 4 (step S102).

  Here, when the sensor node 2 is within the communication range of the mobile node 4 (step S102 “Y”), the mobile node 4 receives the log of the sensor node 2, and the node of the sensor node 2 is stored in the recording unit of the mobile node 4. A log is recorded for each ID (step S103).

  When there is no sensor node 2 within the communication range of the mobile node 4 (step S102 “N”), the worker 1 carrying the mobile node 4 approaches the sensor node 2 installed in the work area (farmland) A. WAIT (standby) until (step S104), and then returns to step S101.

FIG. 9 is a flowchart for explaining a processing flow when a log is transmitted from the mobile node to the management server in the operation management service system according to the embodiment of the present invention.
The process started in step S200 starts with the wireless access point device connected to the management server 5 within the communication range of the mobile node 4 when the worker 1 carrying the mobile node 4 returns to the management area (office) B. 3 is determined (step S201).

  If there is a wireless access point device 3 connected to the management server 5 within the communication range of the mobile node 4 (step S201 “Y”), the log of the sensor node 2 from the mobile node 4 via the wireless access point device 3 Is transmitted to the management server 5 (step S202), and then the management server 5 determines whether or not the sensor node 2 has successfully received the log (step S203).

  When there is no wireless access point device 3 connected to the management server 5 within the communication range of the mobile node 4 (step S201 “N”), the WAIT until the worker 1 carrying the mobile node 4 returns to the management area B. (Standby) (step S204), and then returns to step S201.

  Here, when the management server 5 has successfully received the log of the sensor node 2 (step S203 “Y”), a packet notifying the successful reception of the log of the sensor node 2 is transmitted from the management server 5 to the mobile node 4 (step S203). Next, the mobile node 4 receives a packet notifying the successful reception of the log of the sensor node 2 (step S206), and then deletes the log of the sensor node 2 transmitted from the recording unit of the mobile node 4 (step S207). ).

  When the management server 5 fails to receive the log of the sensor node 2 (step S203 “N”), the management server 5 transmits a packet notifying the reception failure of the log of the sensor node 2 from the management server 5 to the mobile node 4 (step S208). Next, the mobile node 4 receives the packet notifying the reception failure of the log of the sensor node 2 (step S209), and then waits until the worker 1 carrying the mobile node 4 returns to the management area B. (Step S204) Then, it returns to Step S201.

FIG. 10 is a flowchart for explaining the flow of processing when a setting file is transmitted from the management server to the mobile node in the operation management service system according to the embodiment of the present invention.
In the process started in step S300, first, the administrator 71 instructs the set value of the sensor node 2 at the administrator terminal 7 (step S301), and then the management server 5 uses the value input from the administrator terminal 7 as a basis. A setting file for the sensor node 2 is created (step S302), and then it is determined whether the mobile node 4 is within the communication range of the wireless access point device 3 connected to the management server 5 (step S303).

  Here, when the mobile node 4 is within the communication range of the wireless access point device 3 connected to the management server 5 (step S303 “Y”), the mobile node 4 is set from the management server 5 via the wireless access point device 3. The file is transmitted (step S304), and then the mobile node 4 determines whether the setting file has been successfully received (step S305).

  If there is no mobile node 4 within the communication range of the wireless access point device 3 connected to the management server 5 (step S303 “N”), the WAIT until the worker 1 carrying the mobile node 4 returns to the management area B. (Step S306), and then the process returns to Step S303.

  If the mobile node 4 has successfully received the setting file (step S305 “Y”), the mobile node 4 records the setting file in the recording unit (step S307), and then a packet informing the successful reception of the setting file. Is transmitted from the mobile node 4 to the management server 5 (step S308), and then the management server 5 receives a packet notifying that the setting file has been successfully received (step S309).

  If the mobile node 4 fails to receive the setting file (“N” in step S305), a packet informing the reception failure of the setting file is transmitted from the mobile node 4 to the management server 5 (step S310), and then the management server 5 receives a packet notifying that the setting file has failed to be received (step S311), and then waits until the worker 1 carrying the mobile node 4 returns to the management area B (step S306), and then returns to step S303.

FIG. 11 is a flowchart for explaining the flow of processing when a setting file is transmitted from the mobile node to the sensor node in the operation management service system according to the embodiment of the present invention.
The process started in step S400 is that when the worker 1 carrying the mobile node 4 approaches the sensor node 2 installed in the work area (farmland) A, first, the sensor node 2 is within the communication range of the mobile node 4. It is determined whether or not there is (step S401).

  When the sensor node 2 is within the communication range of the mobile node 4 (step S401 “Y”), the setting file is transmitted from the mobile node 4 to the sensor node 2 (step S402), and then the setting file application target The sensor node 2 to be determined determines whether or not the setting file has been successfully received (step S403).

  When there is no sensor node 2 within the communication range of the mobile node 4 (step S401 “N”), the worker 1 carrying the mobile node 4 approaches the sensor node 2 installed in the work area (farmland) A. WAIT (standby) until (step S404), and then returns to step S401.

  Here, when the sensor node 2 to which the configuration file is applied successfully receives the configuration file (step S403 “Y”), a packet informing the successful reception of the configuration file is transmitted from the application target sensor node 2 to the mobile node 4. Transmit (step S405), then the mobile node 4 receives a packet informing the successful reception of the configuration file (step S406), then the sensor node 2 applies the received configuration file (step S407), then the sensor The node 2 determines whether the setting file has been successfully applied (step S408).

  Further, when the sensor node 2 to which the configuration file is applied fails to receive the configuration file (step S403 “N”), a packet notifying the configuration file reception failure is transmitted from the sensor node 2 to the mobile node 4 (step S403). Next, the mobile node 4 receives a packet notifying that the configuration file has failed to be received (step S410), and then the worker node 1 carrying the mobile node 4 is installed in the work area (farmland) A. Wait until it approaches 2 (step S404), and then return to step S401.

  Here, if the sensor node 2 has successfully applied the configuration file (step S408 “Y”), a packet informing the successful application of the configuration file is transmitted from the sensor node 2 to the mobile node 4 (step S411). The node 4 receives the packet informing the successful application of the configuration file, records it in the recording unit (step S412), and then deletes the configuration file from the recording unit of the mobile node 4 (step S413).

  If the sensor node 2 fails to apply the setting file (step S408 “N”), a packet informing the application failure of the setting file is transmitted from the sensor node 2 to the mobile node 4 (step S414), and then the mobile node 4 receives a packet informing the application failure of the setting file (step S415), and then returns to step S401.

FIG. 12 is a flowchart for explaining the flow of processing at the time of automatic confirmation of the log collection status in the management server in the operation management service system according to the embodiment of the present invention.
The process started in step S500 first determines whether the management server 5 has reached the log collection confirmation time (7:00) set in advance as the management server setting value shown in FIG. 3 (step S501).

  Here, when the log collection confirmation time (7:00) is reached (step S501 “Y”), the following processing (one from the top) is performed for the node IDs described in the sensor node list 54 shown in FIG. Steps S504 to S507) are performed (Step S502).

  If the log collection confirmation time (7:00) is not reached (step S501 “N”), the system waits for the log collection confirmation time (7:00) (step S503), and then step S501. Return to.

  In step S504, the latest date and time is acquired from the sensor node log 21 shown in FIG.

  In step S505, the latest date and time of the acquired sensor node log 21 and the current date and time acquired from the management server 5 are compared.

  In step S506, it is determined whether the time difference is equal to or longer than the log collection status confirmation interval (24 hours) set as the management server setting value shown in FIG.

  If the time difference is equal to or greater than the log collection status confirmation interval (24 hours) (step S506 “Y”), the node ID is registered in the log collection request list 55 shown in FIG. 6 (step S507).

  That is, every day when the log collection confirmation time set as the management server setting value in the management server 5 is reached, the management server 5 confirms the latest time of the collected logs for all the sensor nodes and exceeds the log collection status confirmation interval. If there is a sensor node 2 for which no log has been collected, the process (steps S504 to S507) between step S502 and step S508 for registering the node ID in the log collection request list 55 is repeated to automatically log the log collection status. After performing the confirmation process, the management server 5 determines whether or not the node ID is registered in the log collection request list 55 shown in FIG. 6 (step S509).

  If the time difference is not greater than or equal to the log collection status confirmation interval (step S506 “N”), the process proceeds to step S508.

  If the node ID is registered in the log collection request list 55 (step S509 “Y”), the sensor node list 54 shown in FIG. 5 is compared with the log collection request list 55 shown in FIG. The installation location of the sensor node 2 is specified (step S510), and the customer (customer) 8 and the manager 71 of the operation agency 72 are notified by email of the installation location of the sensor node 2 where log collection is not performed (step S511). ).

  If the node ID is not registered in the log collection request list 55 (step S509 “N”), the process proceeds to step S511.

FIG. 13 is a flowchart for explaining the flow of log registration processing of the management server in the operation management service system according to the embodiment of the present invention.
In the process started in step S600, first, the management server 5 receives the log of the sensor node 2 from the mobile node 4 (step S601), and then the management server 5 stores the log of the sensor node 2 in the collection log database 50. (Step S602) Next, the node ID of the log of the sensor node 2 is compared with the log collection request list 55 shown in FIG. 6 (Step S603), and then the log node of the sensor node 2 stored in the collection log database 50 It is determined whether the ID is in the log collection request list 55 of FIG. 6 (step S604).

  Here, when the node ID of the log of the sensor node 2 stored in the collection log database 50 is in the log collection request list 55 (step S604 “Y”), the management server 5 determines from the log collection request list 55 in FIG. The corresponding node ID is deleted (step S605).

  If the node ID of the log of the sensor node 2 stored in the collection log database 50 is not in the log collection request list 55 (step S604 “N”), the log registration process of the management server 5 ends (step S606).

FIG. 14 is a flowchart for explaining the flow of processing when confirming the log collection status from the administrator terminal in the operation management service system according to the embodiment of the present invention.
In the process started in step S700, first, the administrator terminal 7 inquires of the management server 5 about the log collection status (step S701), and then the node ID described in the log collection request list 55 shown in FIG. Based on the sensor node list 54 shown in FIG. 5, the installation location of the sensor node 2 is specified (step S702). Thereafter, the node ID and the installation location of the sensor node 2 for which log collection has not been performed are performed. It is displayed on the display unit 70 of the terminal 7 (step S703).

FIG. 15 is a flowchart for explaining the flow of registration processing of the setting file transmission status of the management server in the operation management service system according to the embodiment of the present invention.
In the processing started in step S800, first, a setting file is transmitted from the management server 5 to the mobile node 4 via the wireless access point device 3 (step S801).

  Next, the setting file application status list 56 shown in FIG. 7 is searched using the node ID of the sensor node 2 that is the transmission destination of the setting file as a key (step S802).

  Next, the “application instruction time” of the corresponding line in the setting file application status list 56 of FIG. 7 is updated to the current date and time acquired from the management server 5 (step S803).

  Next, the “setting file name instructing application” in the corresponding row of the setting file application status list 56 of FIG. 7 is updated to the transmitted setting file name (step S804).

  Thereafter, the “application success / failure” of the corresponding line in the setting file application status list 56 of FIG. 7 is updated to “x” (step S805).

FIG. 16 is a flowchart for explaining the flow of the registration process to the management server of the setting file application status at the sensor node in the operation management service system according to the embodiment of the present invention.
The process started in step S900 first determines whether there is a wireless access point device 3 connected to the management server 5 within the communication range of the mobile node 4 (step S901).

  Here, when there is a wireless access point device 3 connected to the management server 5 within the communication range of the mobile node 4 (step S901 “Y”), the setting file has been successfully applied from the mobile node 4 via the wireless access point device 3. Is transmitted to the management server 5 (step S902).

  Next, the node ID of the sensor node 2 that has successfully applied the configuration file is acquired from the packet informing the successful application of the configuration file (step S903).

  Next, the setting file application status list 56 shown in FIG. 7 is searched using the acquired node ID of the sensor node 2 as a key (step S904).

  Next, the “application confirmation time” of the corresponding line in the setting file application status list 56 of FIG. 7 is updated to the current date and time acquired from the management server 5 (step S905).

  Next, the “setting file name instructing application” in the corresponding line is copied to “current setting file name” in the corresponding line of the setting file application status list 56 in FIG. 7 (step S906).

  Thereafter, “application success / failure” in the corresponding row of the setting file application status list 56 of FIG. 7 is updated to “◯” (step S907).

  If there is no wireless access point device 3 connected to the management server 5 within the communication range of the mobile node 4 (step S901 “N”), the WAIT until the worker 1 carrying the mobile node 4 returns to the management area B. (Standby) (step S908), and then the process returns to step S901.

FIG. 17 is a flowchart for explaining the flow of processing when confirming the setting file application status from the administrator terminal in the operation management service system according to the embodiment of the present invention.
In the process started in step S1000, first, the administrator terminal 7 inquires of the management server 5 about the setting file application status (step S1001), and then the setting file application status list 56 shown in FIG. Are displayed on the display unit 70 (step S1002).

  In the present embodiment, a sensor node 2 for measuring temperature and humidity is installed in each farmland of the customer's 10 farm, and a worker 1 who performs farm work is attached with a mobile node (name tag sensor node) 4 This will be described below.

  When the worker 1 approaches the sensor node 2 installed in the farmland (work area A), a log (log information) transmission request is issued from the mobile node 4 to the sensor node 2, and the log of the sensor node 2 is sent to the mobile node 4. Record.

  Next, when the worker 1 returns to the office (management area B), the log of the sensor node 2 is sent from the mobile node 4 to the management server 5 installed in the office via the wireless access point device 3.

  After transmitting the sensor node 2 log, the sensor node 2 log is deleted from the mobile node 4.

  When it is desired to change the log collection interval of the sensor node 2, the administrator 71 of the operation agency 72 instructs the management server 5 to change the setting value of the log collection interval at the administrator terminal 7.

  The management server 5 creates a setting file based on an instruction from the administrator terminal 7 and transmits the created setting file to the mobile node 4 of the worker 1 in the office (management area B).

  The mobile node 4 records the setting file in the recording unit.

  When the worker 1 goes to work on the farmland (work area A), the setting file is transmitted from the mobile node 4 to the sensor node 2, and the setting file is applied to the sensor node 2.

  After the setting file is applied, the setting file is deleted from the mobile node 4.

  Every day, when the time set in the management server 5 (7:00) is reached, the latest time of the collected logs is confirmed for all sensor nodes, and the sensor node 2 for which logs have not been collected for more than one day (24 hours) If there is, the installation location of the sensor node 2 where log collection is not performed is notified to the customer and the manager 71 of the operation agency 72 by e-mail.

  Further, the administrator 71 of the operation agency 72 inquires the management server 5 about the log collection status, and confirms the node ID and the installation location of the sensor node 2 for which log collection has not been performed for one day (24 hours) or more. be able to.

  When transmitting the configuration file, the management server 5 records the transmitted configuration file name and the time when the configuration file application is instructed, and confirms that the configuration file has been applied by the sensor node 2. The success is recorded in the set value management database 53.

  The administrator 71 of the operation agency 72 can check the setting file application status by inquiring the management server 5 about the setting file application status.

  In this embodiment, the sensor node 2 can be remotely managed even in an environment where the measurement site cannot be connected to the Internet.

  Furthermore, in the present embodiment, log collection of the sensor node 2 can be performed without the worker 1 carrying the mobile node 4 being conscious.

  Also, even if there is a log collection omission, the administrator terminal 7 knows from which sensor node 2 the log is not collected, so that log collection can be instructed.

  Similarly, the administrator terminal 7 can grasp the application status of the batch file or processing file describing the processing sent from the management server 5 to the sensor node 2.

  The operation management service system of the present invention can remotely manage the sensor node 2 without dispatching a person from the operation agency 72 even in an environment where the measurement site cannot connect to the Internet.

  Further, the log collection status and the setting file distribution status can be centrally managed by the administrator terminal 7 of the operation agency 72.

1 is a system configuration diagram showing an operation management service system according to an embodiment of the present invention. The figure which shows an example of the packet which notifies the application success of a setting file. The figure which shows an example of a management server setting value. The figure which shows an example of the log of a sensor node. The figure which shows an example of a sensor node list. Explanatory drawing which shows an example of a log collection request | requirement list. The figure which shows an example of a setting file application status list. The flowchart figure explaining the flow of a process at the time of the collection of the log from the sensor node by the mobile node in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of the transmission of the log from the mobile node to the management server in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of transmission of the setting file from the management server to a mobile node in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of transmission of the setting file from the mobile node to a sensor node in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of the automatic confirmation of the log collection condition in the management server in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of the log registration process of the management server in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of the confirmation of the log collection condition from the administrator terminal in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of the registration process of the setting file transmission condition of the management server in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of the registration process to the management server of the setting file application condition in the sensor node in the operation management service system which concerns on the Example of this invention. The flowchart figure explaining the flow of a process at the time of the confirmation of the setting file application status from the administrator terminal in the operation management service system which concerns on the Example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Worker 2 Sensor node 3 Wireless access point apparatus 4 Mobile node 5 Management server 6 Network 7 Administrator terminal 9 LAN
DESCRIPTION OF SYMBOLS 10 Customer 20 Packet 21 Log 50 Collection log database 51 Setting file 52 Log collection status management database 53 Setting value management database 54 Sensor node list 55 Log collection request list 56 Setting file application status list 70 Display unit 71 Administrator 72 Operation agency A Work area B Management area S Operation management service system

Claims (6)

A plurality of sensor nodes installed in a work area where a worker performs work, constructing a sensor network, a wireless access point device installed in a management area for managing work of the worker, a work area and a management area A mobile node carried by a traveling operator to transmit / receive data to / from a sensor node and a wireless access point device, a management server connected to the wireless access point device, and an administrator connected to the management server via a network A system that consists of a terminal and performs an operation management service of a sensor network using a mobile node,
Each of the plurality of sensor nodes has a node ID, and includes means for transmitting a log to the mobile node. The mobile node has a recording unit, and receives the log transmitted from the sensor node. And means for recording the received sensor node log for each node ID in the recording unit, and means for transmitting the log to a wireless access point device, wherein the wireless access point device is transmitted from a mobile node. Means for receiving a sensor node log, and means for sending the received sensor node log to the management server, the management server having a collection log database and sent from the wireless access point device; Means for collecting sensor node logs; means for storing the collected sensor node logs in the collection log database; The includes a means for performing, the administrator terminal comprises means to check the logging status of the sensor node to the management server,
The administrator terminal instructs the management server to change the setting value of the sensor node, the management server creates a setting file based on the instruction from the administrator terminal, and the created setting file is stored in the wireless access point device. The wireless access point device receives the setting file sent from the management server, transmits the received setting file to the mobile node, and the mobile node sends the setting file sent from the wireless access point device. The received configuration file is recorded in the storage unit, and the configuration file is transmitted to the sensor node. The sensor node receives the configuration file transmitted from the mobile node, and receives the received configuration file. An operation management service system characterized by being applied. The front SL management server, management and logging status check interval and logging confirmation time is set as the server setting value, the management server, at the logging confirmation time, the logs collected for all sensor nodes Claim 1 in which the latest time is confirmed, and if there is a sensor node for which logs are not collected more than the log collection status confirmation interval, the installation location of the sensor node for which log collection is not performed is notified to the customer and the administrator by e-mail. The operation management service system described . The front SL management server, management and logging status check interval and logging confirmation time is set as the server setting value, the management server, at the logging confirmation time, the logs collected for all sensor nodes Check the latest time, and if there is a sensor node that has not collected logs more than the log collection status confirmation interval, notify the customer and the administrator of the installation location of the sensor node where log collection is not performed by email,
In the management server, a log collection status confirmation interval and a log collection confirmation time are set as management server setting values.
When the log collection confirmation time is reached, the management server checks the latest time of collected logs for all sensor nodes. If there is a sensor node that has not collected logs for the log collection status confirmation interval, log collection is performed. The operation management service system according to claim 1, wherein a customer and an administrator are notified of an installation location of an unidentified sensor node by mail.   The management server further includes a log collection status management database, and a mobile node having means for storing a sensor node list in which the node ID and the installation location of the sensor node are associated with each other in the log collection status management database. 4. The operation management service system according to claim 3, wherein a log collection request list in which node IDs for requesting log collection of sensor nodes are collected in a table is stored in the log collection status management database.   The management server compares the log node ID with the log collection request list, determines whether the log node ID of the sensor node log stored in the collection log database is in the log collection request list, and the log node ID 5. The operation management service system according to claim 4, wherein the node ID is deleted from the log collection request list when the log collection request list is included.   The management server determines whether the node ID is registered in the log collection request list, compares the sensor node list with the log collection request list, and determines the installation location of the sensor node where log collection is not performed. 6. The operation management service system according to claim 4, wherein the operation management service system is specified and notifies the customer and the administrator of the installation location of the specified sensor node by e-mail.

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