Switch state monitoring method and system for remote control
The invention relates to a switch state monitoring method and system for remote control. The method comprises the following steps: S1, defining the maximum depth m of a monitoring tree for monitoring a switch; s2, obtaining a switch topological graph; s3, calculating the monitoring access priority o...
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creator | BIAN JI LIU QINGLIANG ZHANG XINCHANG GENG GUANGGANG YAN ZHIWEI ZHU XIAOMIN |
description | The invention relates to a switch state monitoring method and system for remote control. The method comprises the following steps: S1, defining the maximum depth m of a monitoring tree for monitoring a switch; s2, obtaining a switch topological graph; s3, calculating the monitoring access priority of each node in the switch topological graph; s4, defining the node with the maximum monitoring access priority as a root node, and traversing the switch topological graph to obtain a tree structure with the node with the maximum monitoring access priority as the root node and the maximum depth of m; s5, deleting nodes including the tree structure and edges connected with the nodes of the tree structure in the switch topological graph; judging whether nodes exist in the deleted switch topological graph or not; if the nodes exist in the deleted switch topological graph, executing the steps S3-S5; and if the nodes do not exist, outputting construction results of all the tree structures. Through the monitoring tree con |
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The method comprises the following steps: S1, defining the maximum depth m of a monitoring tree for monitoring a switch; s2, obtaining a switch topological graph; s3, calculating the monitoring access priority of each node in the switch topological graph; s4, defining the node with the maximum monitoring access priority as a root node, and traversing the switch topological graph to obtain a tree structure with the node with the maximum monitoring access priority as the root node and the maximum depth of m; s5, deleting nodes including the tree structure and edges connected with the nodes of the tree structure in the switch topological graph; judging whether nodes exist in the deleted switch topological graph or not; if the nodes exist in the deleted switch topological graph, executing the steps S3-S5; and if the nodes do not exist, outputting construction results of all the tree structures. 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The method comprises the following steps: S1, defining the maximum depth m of a monitoring tree for monitoring a switch; s2, obtaining a switch topological graph; s3, calculating the monitoring access priority of each node in the switch topological graph; s4, defining the node with the maximum monitoring access priority as a root node, and traversing the switch topological graph to obtain a tree structure with the node with the maximum monitoring access priority as the root node and the maximum depth of m; s5, deleting nodes including the tree structure and edges connected with the nodes of the tree structure in the switch topological graph; judging whether nodes exist in the deleted switch topological graph or not; if the nodes exist in the deleted switch topological graph, executing the steps S3-S5; and if the nodes do not exist, outputting construction results of all the tree structures. 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The method comprises the following steps: S1, defining the maximum depth m of a monitoring tree for monitoring a switch; s2, obtaining a switch topological graph; s3, calculating the monitoring access priority of each node in the switch topological graph; s4, defining the node with the maximum monitoring access priority as a root node, and traversing the switch topological graph to obtain a tree structure with the node with the maximum monitoring access priority as the root node and the maximum depth of m; s5, deleting nodes including the tree structure and edges connected with the nodes of the tree structure in the switch topological graph; judging whether nodes exist in the deleted switch topological graph or not; if the nodes exist in the deleted switch topological graph, executing the steps S3-S5; and if the nodes do not exist, outputting construction results of all the tree structures. Through the monitoring tree con</abstract><oa>free_for_read</oa></addata></record> |
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language | chi ; eng |
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subjects | ELECTRIC COMMUNICATION TECHNIQUE ELECTRICITY TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHICCOMMUNICATION |
title | Switch state monitoring method and system for remote control |
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