Operation simulation system of power grid information equipment

Abstract

The invention discloses an operation simulation system of power grid information equipment based on an improved AABB-OBB (Axis Aligned Bounding Box-Oriented Bounding Box) collision detection algorithm. A user inputs working environment information and interaction control information from an input / output terminal, the working environment information and the interaction control information are transmitted to a working environment simulation server which carries out three-dimensional scene generation and corresponding interaction control processing on a working environment where the power grid information equipment operates by using the working environment information and the interaction control information, processed data is transmitted to a monitoring server for verification and then stored in a storage server, and a virtual view of the working environment is displayed in the input / output terminal for the user for interaction operation at the same time. A collision detection process fully exerts advantages of an AABB and an OBB, and the detection precision is greatly improved under the condition that the detection speed is ensured.

Description

technical field [0001] The invention relates to the operation simulation technology of power grid information equipment, in particular to a power grid information equipment operation simulation system. Background technique [0002] In recent years, due to the continuous investment in business application systems, the number of application system servers has continued to increase, and the corresponding network equipment has also continued to increase, resulting in insufficient computer room area, increased equipment power consumption, and increased computer room load. In addition, the current power system training is still at a relatively backward stage such as theoretical lecture training and manual training. These methods have a long training period, large capital investment, and poor experience for students. Most of them use classroom teaching, courseware and picture demonstrations or find independent The equipment is operated in a small area, but many of the equipment are...

AI Technical Summary

Problems solved by technology

[0002] In recent years, due to the continuous investment in business application systems, the number of application system servers has continued to increase, and the corresponding network equipment has also continued to increase, resulting in insufficient computer room area, increased equipment power consumption, and increased computer room load.

In addition, the current power system training is still at a relatively backward stage of theoretical training, manual training, etc. These methods have a long training cycle, large capital investment, and poor experience for students. The equipment is operated in a small area, but many of the equipment are operated with electricity, there are dangers and uncertainties, and the damage rate of the equipment is high, so the students cannot carry out effective practical operations during the learning process

Images