Web Service-based method and system for monitoring real-time data of simulation machine

Abstract

The invention discloses a Web Service-based method and system for monitoring real-time data of a simulation machine. The method comprises the following steps of S1) obtaining real-time running data of a nuclear power plant simulation machine system (100) in a minimum running cycle; S2) storing the real-time running data in a text file format in an appointed directory; S3) taking a process of obtaining the data of the simulation machine in real time as a scheduling running task of the simulation machine; S4) reading the text file in the appointed directory by a real-time data sending end (120) according to a configuration file (170), and converting the text file into an XML character stream (140); and S5) turning on a web server (150), and running a sending program. By implementing the Web Service-based method and system for monitoring the real-time data of the full-scope simulation machine of a nuclear power plant, the method and the system can be used for nuclear power plant operator training and nuclear safety management personnel training, the nuclear power plant training and safety management requirements are met, software does not need to be installed in a client, and the data of the nuclear power plant simulation machine can be accessed by a browser and remotely monitored.

Description

technical field [0001] The invention relates to real-time monitoring technology, more specifically, to a method and system for real-time data monitoring of a nuclear power plant full range simulator based on Web Service. Background technique [0002] The full-range simulator of nuclear power plant is the necessary equipment for nuclear power plant operators to verify and obtain licenses. With the development of nuclear power construction and the improvement of nuclear safety management requirements, the training of nuclear power plant operators and nuclear safety management personnel needs to be further strengthened, so it needs to be more convenient Advanced training methods and tools to help new employees and managers learn and experience anytime, anywhere. Traditional nuclear power plant full-scale simulators are generally based on the client / server model. Learning and training must be carried out on a computer with client software installed. This model cannot meet the re...

AI Technical Summary

Problems solved by technology

The disadvantages of the above-mentioned existing technologies are: firstly, the monitoring of the distance data is based on the client / server architecture, which is limited to the local area network, and the remote data monitoring cannot be carried out without the local area network; instead, software needs to be installed on the client side, and cannot be accessed based on a browser. This also increases the inconvenience of using

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