JP7376246B2 - management system - Google Patents

Description

The present invention relates to a management system such as an energy management system.

In systems such as energy management systems, when performing monitoring and management operations, information can be referenced from the physical structure of the target to be monitored or managed, or information can be referenced by defining monitoring and management groups such as energy types. We are also making it possible to do this.
However, the problem with conventional methods is that it is difficult to change the current system configuration information, create a new hierarchical structure, and perform settings to create new information groups. Ta.

As a method for solving such problems, a tree structure display method for displaying information in a tree structure has been proposed (see Patent Document 1).
However, the tree structure display method disclosed in Patent Document 1 also has the following problems.

(I) The information and information hierarchy to be referenced within the system may differ depending on the operator, and in that case, the information hierarchy may be too deep or different from the hierarchical structure targeted by the operator, or the operator may Data other than the intended information may be displayed, making it difficult for the operator to find the desired information.
(II) When an operator has to perform an operation as a result of referring to information, it is difficult to find the appropriate operation within the system.
(III) It is difficult to understand the relationship between the same data displayed in different hierarchical structures within the system, making it difficult to access the data from a different perspective.

Patent No. 4710459 specification

The present invention has been made to solve the above problems, and an object of the present invention is to provide a management system that makes it easy to find desired information.

The management system of the present invention includes a storage unit configured to store keywords of information related to a monitoring target, information on a node representing any of the management points in the monitoring target, and information stored in the storage unit. A map creation section configured to create information on a map connecting a plurality of nodes based on node information, and a map screen configured to display a map screen according to the information on the map created by the map creation section. The node information stored in the storage unit includes node configuration information including a node name and information on a value that the node has , information indicating a parent node, and information indicating a child node. and node reference information including information , the node reference information includes information indicating a parent node when the parent node is referred to as a virtual node, and the map creation unit displays a name for each node. The map information is created in such a way that the value of the node is displayed when the node has a value , and the operator selects another parent of a specific node on the map screen. When a node is specified to be switched to the central node, if the specific node is defined as a virtual node in the node reference information, the parent node that the specific node refers to as a virtual node becomes the central node. This is characterized in that the information on the map is updated so that the map becomes more accurate .

The management system of the present invention also includes a storage unit configured to store information on a node representing either a keyword of information related to a monitoring target or a management point in the monitoring target; a map creation unit configured to create information on a map in which a plurality of nodes are connected based on information on nodes connected to the map; and a map screen in accordance with the information on the map created by the map creation unit. The node information stored in the storage section includes node configuration information including a node name and information on a value that the node has, information indicating a parent node, and child node information. and node reference information including node reference information, and the map creation unit creates information on the map so that a name is displayed for each node, and when the node has a value, the value of the node is The information of the map is created to be displayed, and when the operator specifies that the parent node of another node having the same name as the specific node on the map screen is to be switched to the central node, the memory The information in the map is updated based on the node information stored in the section so that the parent node of another node having the same name as the specific node becomes the central node. .
Further, in one configuration example of the management system of the present invention, the map creation unit may be configured to display a map when a specific node on the map screen is selected by the operator and folding is specified. This method is characterized in that the information on the map is updated so that the display of the hierarchy is omitted .

The management system of the present invention also includes a storage unit configured to store information on a node representing either a keyword of information related to a monitoring target or a management point in the monitoring target; a map creation unit configured to create information on a map in which a plurality of nodes are connected based on information on nodes connected to the map; and a map screen in accordance with the information on the map created by the map creation unit. A display unit configured as shown in FIG. and a screen operation processing unit configured to perform the processing, and the node information stored in the storage unit includes a node name, information on a value that the node has, and information on the processing node for executing the process. The map creation unit creates information on the map so that a name is displayed for each node, and when the node has a value, the value of the node is displayed. The present invention is characterized in that information on the map is created .
Further, in one configuration example of the management system of the present invention, the screen operation processing unit is configured to change the value of the management point corresponding to the processing node according to the operation performed by the operator on the processing node. This system is characterized by transmitting instruction information that instructs the monitoring and control system of the system.
Further, one configuration example of the management system of the present invention is configured to update a value held by a node corresponding to a management point in accordance with data of the management point transmitted from the monitoring/control system to be monitored. The apparatus further includes an information management section, and the map creation section updates information of the map in accordance with updates of values held by the nodes.

According to the present invention, there is provided a storage unit that stores node information representing either a keyword of information related to a monitoring target or a management point in the monitoring target, and a plurality of node information stored in the storage unit. By providing a map creation section that creates map information by connecting the nodes of A management system that is easy to find can be realized.

FIG. 1 is a block diagram showing the configuration of a management system according to an embodiment of the present invention. FIG. 2 is a flowchart illustrating the operation of the management system according to the embodiment of the present invention. FIG. 3 is a diagram illustrating a map creation method in the embodiment of the present invention. FIG. 4 is a diagram showing an example of a map screen in the embodiment of the present invention. FIG. 5 is a diagram illustrating map updating when the operator specifies a central node in the embodiment of the present invention. FIG. 6 is a diagram showing an example of another map screen in the embodiment of the present invention. FIG. 7 is a diagram illustrating processing nodes in the embodiment of the present invention. FIG. 8 is a diagram showing an example of a map screen to which processing nodes are added in the embodiment of the present invention. FIG. 9 is a diagram illustrating a virtual node in an embodiment of the present invention. FIG. 10 is a diagram illustrating an example of using virtual nodes in the embodiment of the present invention. FIG. 11 is a diagram illustrating another example using virtual nodes in the embodiment of the present invention. FIG. 12 is a diagram illustrating map updating when the operator specifies a central node in the embodiment of the present invention. FIG. 13 is a diagram illustrating map updating when an operator specifies switching the parent node of another node to the central node in the embodiment of the present invention. FIG. 14 is a diagram showing a map screen after switching when the operator specifies switching the parent node of another node to the central node in the embodiment of the present invention. FIG. 15 is a block diagram showing an example of the configuration of a computer that implements a monitoring device according to an embodiment of the present invention.

[Principle of the invention]
The present invention solves the above problems by using a mind map (registered trademark) as a monitoring/management operation screen.

[Example]
Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the configuration of a management system according to an embodiment of the present invention. The management system includes a monitoring device 1, an operating terminal 2, and a monitoring/control system 3. The monitoring device 1, the operating terminal 2, and the monitoring/control system 3 are connected to each other via a communication network 4.

The monitoring device 1 includes a map creation unit 10 that creates a map in which a plurality of nodes representing keywords of information related to a monitoring target or management points in the monitoring target are connected, and a map creation unit 10 that creates a map in which a plurality of nodes representing any of the keywords of information related to the monitoring target and management points in the monitoring target are connected, and A screen operation processing unit 11 that performs processing, a storage unit 12 that stores programs of the monitoring device 1 and node information, a communication processing unit 13 for communicating with the outside, and a The information management section 14 manages information.

The operating terminal 2 includes a display section 20 for displaying information to the operator, an operating section 21, a storage section 22 for storing programs for the operating terminal 2, and a communication processing section 23 for communicating with the outside. We are prepared.

The monitoring/control system 3 controls equipment 5 to be monitored (for example, a building, a plant, etc.), and transmits data on management points to be monitored to the monitoring device 1 . The monitoring/control system 3 includes a collection unit 30 that collects data on management points to be monitored, a control unit 31 that controls equipment 5 to be monitored, and a storage unit 32 that stores programs for the monitoring/control system 3. , a communication processing section 33 for communicating with the outside, and an information management section 34 for managing information to be monitored.

FIG. 2 is a flowchart explaining the operation of the management system. When the information management unit 14 of the monitoring device 1 receives the data of the management points to be monitored collected by the collection unit 30 of the monitoring/control system 3 via the communication processing unit 13, the information management unit 14 stores the data in the storage unit 12 based on this data. Update the node information stored in . At this time, the collection unit 30 acquires the monitoring/control system tag name corresponding to the management point from the tag list in the storage unit 32, adds the acquired monitoring/control system tag name to the data of the management point, and adds the monitoring/control system tag name corresponding to the management point to the monitoring device. Send to 1.

As mentioned above, a map in the present invention refers to a plurality of nodes representing either keywords of information related to a monitoring target or management points within the monitoring target, connected by lines based on predetermined relationships between the nodes. This is what I did. Management points include, for example, electric power, room temperature, humidity, set temperature, water usage, gas usage, etc.

The node configuration information stored in the storage unit 12 includes a node ID unique to each node, node type information indicating node types such as a head node, a processing node, and a virtual node (described later), a node name, and a monitor corresponding to the node. The information includes a monitoring/control system tag name indicating the name of the target management point, a value possessed by the node, and processing definition information defining processing for a processing node. The above node configuration information is stored in the storage unit 12 for each node.

The node reference information stored in the storage unit 12 includes a reference source node ID indicating the ID of a parent node, a reference node ID indicating the ID of a child node, and reference type information. The reference types are real node reference (reference relationship displayed on the map in the initial state) where the own node refers to the parent node as a real node, and virtual node where the own node refers to the parent node as a virtual node as described later. There is a reference.

Note that, as will be described later, a virtual node is defined by defining an already defined real node as a virtual node. Therefore, for a node defined as a virtual node, both the reference source node ID when the self node refers to the parent node as a real node, and the reference source node ID when the self node refers to the parent node as a virtual node. defined. The above node reference information is stored in the storage unit 12 for each node.

The node configuration information and node reference information can be set and updated by the operator operating the operation unit 21 of the operation terminal 2. Specifically, the contents input by the operator are transmitted from the operation terminal 2 to the monitoring device 1, and the information management unit 14 of the monitoring device 1 stores node configuration information and node reference information according to the contents input by the operator. Set/update.

As described above, the management point data transmitted from the monitoring and control system 3 has a monitoring and control system tag name added to it. The information management unit 14 of the monitoring device 1 updates the value of the node corresponding to this monitoring/control system tag name to the value of the data transmitted from the monitoring/control system 3. The information management unit 14 constantly updates such information.

An operator of the management system operates the operating terminal 2 to access the monitoring device 1 in order to refer to the map.
The map creation unit 10 of the monitoring device 1 creates map information for displaying a map based on the node configuration information and node reference information stored in the storage unit 12 in response to access from the operation terminal 2. (Step S1 in FIG. 2).

Within each node, there is one leading node. The head node is defined in advance by node type information.
If the center node of the map is not designated by the operation terminal 2, the map creation unit 10 creates map information with the first node as the center node.

As shown in FIG. 3A, the map is composed of a node NOD and a linear link L connecting the node NOD and a parent node or child node. The map creation unit 10 creates map information such that the node name and the value that the node NOD has (if the value is defined in the node configuration information) are displayed as information about the node NOD.

When connecting node NOD-B as a child node of node NOD-A, as shown in FIG. 3(b), nodes NOD-A and NOD-B are connected from node NOD-A to node NOD-B. Connect with link L-AB to. The map creation unit 10 creates map information based on the node reference information so that parent nodes and child nodes are connected.

A map always has one central node. The map creation unit 10 starts creating map information from the central node NOD-O as shown in FIG. 3(c), and the central node NOD-O and its child node NODA Map information is created so that node NOD-A and its child node NOD-B are connected by link L-AB from node NOD-A to node NOD-B. As described above, if the center node of the map is not designated by the operating terminal 2, the map creation unit 10 creates map information using a predetermined leading node as the center node.

The map information created by the map creation section 10 is transmitted to the operation terminal 2 via the communication processing section 13.
When the display unit 20 of the operation terminal 2 receives the map information via the communication processing unit 23, it displays a map screen corresponding to this map information (step S2 in FIG. 2).

FIG. 4 is a diagram showing an example of a map screen. In the example of the map screen 40 shown in FIG. 4, in a system called XX Building Energy Monitoring, from the central node NOD-O named "XX Building", "Energy Type", "Building/Division", and "Energy Application" are displayed. Child nodes NOD with different viewpoints are defined, further child nodes NOD are provided below them as necessary, and a node NOD with data is defined at the lowest layer, so that the entire system can be referenced from various viewpoints.

The operator's operation information on the operation unit 21 of the operation terminal 2 is transmitted to the monitoring device 1 via the communication processing unit 23.
When the screen operation processing unit 11 of the monitoring device 1 recognizes that an operation has been performed on the map screen based on the operation information received via the communication processing unit 13 (YES in step S3 in FIG. 2), the screen operation processing unit 11 responds to the operator's request. The corresponding process is executed (step S4 in FIG. 2).
When the node configuration information and node reference information need to be updated at the operator's request, the screen operation processing unit 11 updates the node configuration information and node reference information through the information management unit 14 (step S4). .

In addition, when an instruction to the monitoring/control system 3 (change of a setting value, etc.) is required at the request of the operator, the screen operation processing section 11 transmits instruction information according to the operator's request through communication processing. The information is transmitted to the monitoring/control system 3 via the unit 13 (step S4).
At this time, the instruction information includes, for example, the monitoring/control system tag name indicating the name of the monitored management point corresponding to the node operated by the operator, and the node value (setting value, etc.) changed by the operator. etc. are included.

The control unit 31 of the monitoring and control system 3 sets the value of the management point to a desired value (so that it matches the set value) based on the data of the management point to be monitored collected by the collection unit 30. , controls the equipment 5.
When the information management unit 34 of the monitoring/control system 3 receives the instruction information from the monitoring device 1 via the communication processing unit 33, the information management unit 34 stores the tag list in the storage unit 32 based on the monitoring/control system tag name included in the instruction information. Refer to this to identify the management point corresponding to the monitoring and control system tag name. Then, the information management unit 34 updates the value of the identified management point to the value of the node included in the instruction information.

Next, if the map screen needs to be updated (YES in step S5 in FIG. 2), the map creation unit 10 updates the map information (step S6 in FIG. 2).
When the display unit 20 of the operation terminal 2 receives the updated map information via the communication processing unit 23, it displays a map screen corresponding to this map information (step S7 in FIG. 2).

The map screen may need to be updated, for example, when node configuration information is updated and the values of nodes displayed on the map screen are updated. For example, in the example of FIG. 4, if the 1F lighting power increases from 100 kW to 120 kW, the map screen will be updated with the value of the node representing the 1F lighting power changed to 120 kW.

Another case in which the map screen needs to be updated is when the operator specifies a central node. For example, when the operator specifies node NOD-B on the map as the central node while a map as shown in FIG. The map information is updated so that it becomes the central node ((b) in FIG. 5).

Another case in which it becomes necessary to update the map screen is when the operator specifies folding of the map. For example, when the map screen shown in Figure 4 is displayed, the operator selects the nodes NOD named "2F" and "3F" under the node NOD named "Building/Division" on the map screen. to specify folding, and select the nodes NOD named "Lighting", "Air Conditioning", and "Production" on the map screen under the node NOD named "Energy Application" to specify folding, and then When you select a node NOD named "Electricity", "Gas", or "Water" under the node NOD named "Energy Type" on the map screen and specify folding, the map creation unit 10 specifies the folding. The map information is updated so that the display of the hierarchy below the node NOD is omitted. As a result, a map screen as shown in FIG. 6 is displayed. In this way, by displaying only the part that the operator wants to see, it is possible to make the data easier to see.

Further, among the nodes, there are processing nodes that can execute processing. A processing node has parameters for executing processing. Parameters of a processing node can be associated with attributes of a parent node.

When the operator requests a processing node to execute a process, the screen operation processing unit 11 performs the process as shown in (a) in FIG. As shown, the value VA of the parent node NOD-A is taken in as a parameter when executing the process of the processing node NOD-X, and the process defined by the process definition information is executed (step S4).

In addition, when the operator requests processing node NOD-X to execute a process, the screen operation processing unit 11 handles the case where the association with the attribute of the parent node is not defined in the processing definition information of the processing node. executes the process defined by the process definition information without importing the value of the parent node (step S4).

For example, in the example shown in FIG. 7B, the map creation unit 10 creates map information such that a numerical input box is displayed at the processing node NOD-X based on the processing definition information. The screen operation processing unit 11 takes in the value input into the numerical input box of the processing node NOD-X as a parameter when executing the processing of the processing node NOD-X, and executes the processing defined by the processing definition information. If the value input into this numerical input box is a setting value of the monitoring/control system 3, the setting value is updated as described above.

In the example shown in FIG. 8, a processing node NOD-X named "room temperature setting operation" is defined under a node NOD named "set temperature" under a node NOD named "1F". . This node NOD-X has processing definition information defined so that the operator can input a set temperature by clicking a key displayed on the map screen. When the operator inputs the set temperature, the screen operation processing unit 11 updates the value of the node NOD named "set temperature" under the node NOD named "1F" to the value input by the operator. Processing is performed (step S4). Further, the screen operation processing unit 11 transmits instruction information to the monitoring/control system 3 to change the value of the management point (1F set temperature) corresponding to the processing node.

Furthermore, the map creation unit 10 is configured so that the value of the node NOD named "set temperature" under the node NOD named "1F" changes every time the value of the set temperature input by the operator changes. Map information is updated (step S6).
In this way, the operator who has seen the room temperature of the 1st floor can easily change the set temperature of the 1st floor through the processing node NOD-X, and can prevent operational errors.

Further, in this embodiment, it is possible to define an already defined node as a virtual node. For example, when nodes NOD-A, NOD-B, and NOD-C are defined as shown in (a) of FIG. 9, node NOD-B is defined as shown in (b) and (c) of FIG. It can be defined as a virtual node under the central node NOD-O. This definition as a virtual node can be realized by defining the above reference type information.

At this time, in addition to defining the parent node as a virtual node, it is also possible to select whether to take over the node configuration under this virtual node as a virtual node, or to define only the target node as a virtual node.
The example in FIG. 9(b) shows a case where reference type information is defined such that node NOD-B is a virtual node and the node configuration under this node NOD-B is also taken over as a virtual node. Therefore, node NOD-C under node NOD-B also becomes a virtual node.

For node NOD-B, the reference source node ID (ID of node NOD-A) when the own node refers to the parent node as a real node, and the reference source node when the own node refers to the parent node as a virtual node. ID (ID of node NOD-O) are defined.
Note that when the node configuration under a virtual node is inherited as a virtual node in this way, if reference type information is defined for the highest virtual node, there is no need to define reference type information for lower virtual nodes.
On the other hand, the example in FIG. 9(c) shows a case where reference type information is defined in which only node NOD-B is a virtual node.

When a virtual node is defined, a node displayed on a map can display the parent node as the center node when referenced as a virtual node.
For example, when a map as shown in FIG. 10(a) is displayed and the operator specifies that another parent node of node NOD-C on the map be switched to the center node, the map creation unit 10 will: Refer to the node reference information of the specified node NOD-C, obtain the reference source node ID when node NOD-C refers to the parent node as a virtual node, and set the parent node indicated by this reference source node ID as the center. The map information is updated so that it becomes a node (step S6).

In the example in (b) of FIG. 10, the ID of node NOD-A2 was defined as the reference source node ID when node NOD-C refers to the parent node as a virtual node, so node NOD-A2 is the central node. The map will be updated accordingly.

Additionally, once a virtual node is defined, it can be easily associated with another node. For example, suppose that a node named "Tenant A" is further defined in the node configuration information for the map shown in FIG. Then, the already defined node named "1F" refers to the parent node named "Tenant A" as a virtual node, and also inherits the node configuration under the node named "1F" as a virtual node. Assume that reference information is defined for a node named "1F". In this case, when the operator clicks on the node named "Tenant A", the virtual node configuration under this node is displayed on the map (FIG. 11).
In this way, as a structure for the administrator of Tenant A who is renting the 1st floor of the XX Building, only the data on the 1st floor can be automatically associated with the node named "Tenant A."

Furthermore, in this embodiment, it is possible to switch the parent node of another node having the same name as a certain node to the central node.
For example, when the map screen 40 as shown in FIG. 12 is displayed, if the operator specifies the node NOD named "Building/Division" on the map as the center node, the map creation unit 10 will , the map information is updated so that the designated node NOD becomes the central node NOD-O (FIG. 13).

Then, while the map screen 40 as shown in FIG. 13 is displayed, the operator clicks the link button LB displayed next to the node NOD-2FW named "2F Water Usage" on the map. , it is assumed that the parent node of another node having the same name as this node NOD-2FW is specified to be switched to the central node. In this case, the map creation unit 10 refers to the node configuration information, searches for another node having the same name as the node NOD-2FW, and updates the map information so that the parent node of the searched node becomes the central node. do.

In this way, the map screen 40 is updated as shown in FIG. In FIG. 14, another node NOD-2FW' having the same name as the node NOD-2FW (a node named "2F water consumption" under "Energy type") is reached, and the parent of this node NOD-2FW' is reached. The node named "Waterworks" has become the central node NOD-O. Thus, in this embodiment, by jumping between different nodes with the same name associated under different parent nodes, it is easy to reach data with a different structure (view).

In addition, in FIGS. 12 to 14, the link button LB is displayed only on some nodes in order to facilitate the description, but the map creation unit 10 has changed the link button LB so that it is displayed on all nodes. Map information may also be created.

The monitoring device 1 described in this embodiment can be realized by a computer including a CPU (Central Processing Unit), a storage device, and an interface, and a program that controls these hardware resources. An example of the configuration of this computer is shown in FIG. The computer includes a CPU 200, a storage device 201, and an interface device (hereinafter abbreviated as I/F) 202. A communication circuit and the like forming at least a part of the communication processing unit 13 are connected to the I/F 202 . In such a computer, a program for implementing the management method of the present invention is stored in the storage device 201. The CPU 200 executes the processing described in this embodiment according to the program stored in the storage device 201. As is well known, each of the operation terminal 2 and the monitoring/control system 3 can be realized by a computer and a program.
Further, in this embodiment, the monitoring device 1 and the operating terminal 2 are separate devices, but the monitoring device 1 and the operating terminal 2 may be integrated.

The present invention can be applied to energy management systems, for example.

DESCRIPTION OF SYMBOLS 1...Monitoring device, 2...Operation terminal, 3...Monitoring/control system, 4...Communication network, 5...Equipment equipment, 10...Map creation section, 11...Screen operation processing section, 12, 22, 32...Storage section, 13 , 23, 33... Communication processing section, 14, 34... Information management section, 20... Display section, 21... Operation section, 22... Storage section, 30... Collection section, 31... Control section.

Claims (6)

a storage unit configured to store keywords of information related to monitoring targets and information on nodes representing any of the management points in the monitoring targets;
a map creation unit configured to create information on a map connecting a plurality of nodes based on node information stored in the storage unit;
a display section configured to display a map screen according to information on the map created by the map creation section;
The node information stored in the storage unit includes node configuration information including a node name and information on a value that the node has , and node reference information including information indicating a parent node and information indicating a child node. including at least
The node reference information includes information indicating a parent node when referring to the parent node as a virtual node,
The map creation unit creates information on the map so that a name is displayed for each node, and creates information on the map so that the value of the node is displayed when the node has a value , and operates the map. When the user specifies that another parent node of a specific node on the map screen be switched to the center node, and the specific node is defined as a virtual node in the node reference information, A management system characterized in that information in the map is updated so that a parent node referred to as a virtual node by a node in the map becomes a central node . a storage unit configured to store keywords of information related to monitoring targets and information on nodes representing any of the management points in the monitoring targets;
a map creation unit configured to create information on a map connecting a plurality of nodes based on node information stored in the storage unit;
a display section configured to display a map screen according to information on the map created by the map creation section;
The node information stored in the storage unit includes node configuration information including a node name and information on a value that the node has, and node reference information including information indicating a parent node and information indicating a child node. including at least
The map creation unit creates information on the map so that a name is displayed for each node, and creates information on the map so that the value of the node is displayed when the node has a value, and operates the map. When a person specifies that the parent node of another node having the same name as the specific node on the map screen be switched to the central node, the A management system characterized in that information in the map is updated so that a parent node of another node having the same name as a specific node becomes the central node. The management system according to claim 1 or 2 ,
The map creation unit is configured to create information on the map so that when an operator selects a specific node on the map screen and specifies folding, the display of the hierarchy below the specific node is omitted. A management system characterized by updating. a storage unit configured to store keywords of information related to monitoring targets and information on nodes representing any of the management points in the monitoring targets;
a map creation unit configured to create information on a map connecting a plurality of nodes based on node information stored in the storage unit;
a display section configured to display a map screen according to information on the map created by the map creation section;
A screen operation process configured to execute a process defined by processing node information stored in the storage unit when an operator requests a process node on the map screen to execute the process. Equipped with a
The node information stored in the storage unit includes at least node configuration information including a node name, information on a value the node has, and information on the processing node for executing the process,
The map creation unit creates information on the map so that a name is displayed for each node, and creates information on the map so that the value of the node is displayed when the node has a value. Featured management system. The management system according to claim 4 ,
The screen operation processing unit generates instruction information that instructs the monitoring and control system of the monitored object to change the value of the management point corresponding to the processing node in accordance with the operation of the processing node by the operator. A management system characterized by sending. The management system according to any one of claims 1 to 5 ,
further comprising an information management unit configured to update a value held by a node corresponding to the management point in accordance with management point data transmitted from the monitoring and control system to be monitored;
The management system is characterized in that the map creation unit updates information in the map according to updates of values held by the nodes.

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