This dissertation applying the thought of modularization and opening system, a integrated physical and digital simulation system that suits for teaching and training and experiment is designed.
本文采用模块化、开放式系统设计思想，从整体上设计了一个具有物理与数字仿真相结合的适合于教学培训、科研实验的变电站综合自动化仿真系统的实现方案。
The results of the experiment indicated that the training system for athletes of speed strength events and groups could lead to a remarkable adaptive change in cardiac shapes and functions.
实验结果表明，快速力量性项群运动员所处的训练体系，对心脏形态和机能能够产生显著的适应性改变。
But the experiment exist some shortage: the system carries to calculate the speed request to higher, training the model's time is longer.
但是，本文的实验也存在着一些不足：该系统对运算速度要求较高，训练模型的建立时间相对较长。
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