Electric power information communication scheduling visualization processing system based on man-machine interaction

Abstract

The invention relates to an electric power information communication scheduling visualization processing system based on man-machine interaction. The electric power information communication scheduling visualization processing system comprises a display screen, a man-machine interaction agent module, a man-machine interaction service providing module, a command setting module, a split screen control module, a monitoring service management module and a command processing subsystem, wherein the man-machine interaction agent module is located on a client computer, and the man-machine interaction service providing module, the command setting module, the split screen control module, the monitoring service management module and the command processing subsystem are located on a network computer. The man-machine interaction agent module and the man-machine interaction service providing module are automatically connected through a Socket protocol to transmit device request information and device response information, the man-machine interaction service providing module is connected with the command setting module, the split screen control module, the monitoring service management module and the command processing subsystem through system API interfaces, and simple commands are input through keyboards in the mode of crossing network devices to conduct operation according to the man-machine interaction processing system of the electric power information communication scheduling major. Meanwhile, the system has the function of scheduling screen splitting of a large screen, visualization contents are displayed and processed according to service classification, and switching of overall scenes and parts of scenes of the large screen can be scheduled.

Description

technical field [0001] The present invention relates to a system in the field of network transmission technology and human-computer interaction technology, in particular to a human-computer interaction-based power information communication scheduling visualization processing system applied to the field of power information communication scheduling. Background technique [0002] Human-computer interaction is a technology that effectively realizes the dialogue between human and computer through computer input and output devices; these input and output devices are called interactive devices; the type of interactive devices determines the form of interaction. Human-computer interaction is the only way for people to communicate with the information world, and a reasonable form of interaction can provide a good user experience. The daily work of the information communication control center of the power grid company is mainly based on monitoring and disposal. Effective human-compu...

AI Technical Summary

Problems solved by technology

However, this method requires a central server, all terminal devices need to be registered with the server, and the interactive interface needs to be transformed by the server before it is presented. Therefore, the central server becomes the bottleneck of the system. Provide good support for distributed human-computer interaction

[0004] The current human-computer interaction processing system can only be used for the overall switching of the Daping visual monitoring scene. When using monitoring, it is necessary to integrate all the content that needs to be monitored into one scene through a third-party application system, and it is impossible to target a certain piece of monitoring content. Perform micro operations to display monitoring details

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