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首页> 外文期刊>Optoelectronics, Instrumentation and Data Processing >MOTION SEPARATION PRINCIPLE APPLIED TO DIGITAL MODELING OF FEEDBACK SYSTEMS BY SIMULATION METHOD
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MOTION SEPARATION PRINCIPLE APPLIED TO DIGITAL MODELING OF FEEDBACK SYSTEMS BY SIMULATION METHOD

机译:运动分离原理在模拟仿真反馈系统中的应用

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摘要

A block-structural representation of feedback systems allows one to separate motions of a complex object by the simplest procedure and thereby increase the efficiency of present-day CAD systems at stages of improving the equipment. It is shown that the most universal method for analyzing automatic control systems is the matrix-free simulation method. It is proposed to use a simulation method ensuring calculations with a variable balanced error and the minimum labor consumption, along with the motion separation principle.
机译:反馈系统的块结构表示允许人们通过最简单的过程分离复杂对象的运动,从而在改进设备的阶段提高当今CAD系统的效率。结果表明,用于分析自动控制系统的最通用方法是无矩阵仿真方法。建议使用一种模拟方法,以确保计算具有可变的平衡误差和最小的劳力消耗,以及运动分离原理。

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