全防误仿真校核系统研究与应用

Research and application of full anti-error simulation calibration system

传统的全防误仿真校核系统校核时间过长。为了解决这一问题,在传统研究的基础上,设计了一种新的全防误仿真校核系统,由x86双处理器、控制设备电路和英特尔芯片构成系统硬件结构,由C语言进行软件编辑,设计了人机交互程序、实时检测程序、误差分析程序和仿真模型故障点校核验证程序。通过与传统系统进行实验对比验证给出系统的有效性,结果表明,给出的全防误仿真校核系统能够在短时间内实现精准仿真校核,操作能力更强,应用范围更广。

The traditional full anti-error simulation check system has a long check time.In order to solve this problem,based on the traditional research,a new full anti-error simulation check system is designed.The system hardware structure is composed of x86 dual processor,control device circuit and Intel chip.Software editing is performed by C language.The human-computer interaction program,the real-time detection program,the error analysis program and the simulation model failure point check verification program are designed.The effectiveness of the proposed system is verified by comparison with the traditional system.The results show that the full anti-error simulation check system can achieve accurate simulation check in a short time,with stronger operation capability and wider application range.