Method and system for automatically identifying and monitoring screen with mouse activities

Abstract

The invention discloses a method and system for automatically identifying and monitoring a screen with mouse activities. The method comprises the following steps: obtaining mouse position information of an analog machine operation terminal where a mouse is disposed from an OT server of a maser control chamber operation station in real time; carrying out one-to-one comparison between the obtained mouse position information and multiple groups of picture coding information stored in a predefined mode; and if the mouse position information is the same as one piece of the picture coding information, indicating a picture on a multi-picture monitoring terminal. Since the mouse position information is obtained in real time from the analog machine end and then is compared with the multiple groups of picture coding information of the prestored monitoring terminal one by one, and the picture where the mouse is currently disposed is indicated according to a comparison result, an analog machine instructor or examiner can accurately track and observe the operation process of an operator at the analog machine end in real time at a monitoring terminal, knowledge and skill deviations of the operator can be discovered and corrected in a training process in a more relevant mode, and the quality and the effect of teaching and training are improved.

Description

technical field [0001] The invention relates to the technical field of multi-picture video screen monitoring of nuclear power simulators, in particular to a method and system for automatic identification and monitoring of mouse active screens. Background technique [0002] At present, the operators of nuclear power plants mainly operate the power plant units through the mouse on the operation station of the main control room. During the training process of the nuclear power plant operator simulator, the DCS multi-screen video monitoring system of the simulator only controls the DCS man-machine interface and the parameters on the screen. For real-time monitoring, it is impossible to track and capture the operator's mouse activity intuitively and in real time, so there is no way to accurately and timely analyze and grasp whether the operator's operating ideology and behavior strictly abide by the operating procedures, and it is impossible to accurately locate and correct the op...

AI Technical Summary

Problems solved by technology

[0002] At present, nuclear power plant operators mainly operate the power plant unit through the mouse on the operation station of the main control room. During the training process of the nuclear power plant operator simulator, the DCS multi-screen video monitoring system of the simulator is only for the DCS man-machine interface and the parameters on the screen. For real-time monitoring, it is impossible to track and capture the operator's mouse activity intuitively and in real time, so there is no way to accurately and timely analyze and grasp whether the operator's operating ideology and behavior strictly abide by the operating procedures, and it is impossible to accurately locate and correct the operator's operation deviation, and cannot scientifically and intuitively judge the operator's operation process and thinking

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