With appropriate tool support, designers could perform execution or simulation and debugging on high-level system models to validate and verify system logic early on.
有了适当的工具支持，设计人员可以在高层的系统模型上进行执行或模拟，并调试，从而在早期确认并验证系统逻辑。
In the process of completing, the mechanism design requests are considered fully, some methods such as the computer assistant simulation design, finite element analysis and test verify are adopted.
在完成过程中，充分考虑了铺设轮的机械设计要求，采用了计算机辅助仿真设计、有限元分析和试验校验的方法。
The simulation results verify the high precision of the proposed compensation method regardless of the waveform of ct primary current, remanent flux level, and load characteristic.
仿真结果验证了所提补偿方法的高精度，而且不受CT负载特性、CT剩磁情况及原边电流直流成分的影响。
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