基于虚拟现实的电力信息交互式系统设计

Design of Power Information Interactive System Based on Virtual Reality

现有电力信息交互式系统的交互性能偏低,数据信息的图形化交互感知能力差,信息展现精度与准确率偏低,与实际应用要求严重不符。设计基于虚拟现实的电力信息交互式系统。系统由核心框架设计、基于虚拟现实的GaN高功率硬件交互模块设计、虚拟现实的Scratch图像交互程序设计、系统数据融合封装四大模块组成。通过仿真数据的对比表明,经过虚拟现实优化设计的电力信息交互式系统,具备完全、稳定、精准解决现有系统存在的问题,各项性能指标均满足实际应用要求。

The interactive performance of power information interactive system is low,the graphical interactive perception of data information is poor,and the accuracy and accuracy of information display are low,which is seriously inconsistent with the requirements of practical applications.It designs an interactive power information system based on virtual reality.The system is composed of four modules:core framework design,GaN high-power hardware interaction module design based on virtual reality,scratch image interaction program design of virtual reality,and system data fusion and packaging.The comparison of simulation data shows that the power information interactive system optimized by virtual reality can completely,stably and accurately solve the problems existing in the existing system,and all performance indicators meet the requirements of practical application.