ALGORITHM FOR SOLUTIONS OF THE PROBLEM OF SEPARATION OF STATE VARIABLES OF A LINEAR DISCRETE CONTROLLED SYSTEM WITH A SMALL STEP

B. Y. Ashirbaev, J.A. Alymbaeva
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Abstract

When solving problems of optimal control of objects from various fields of science and technology, difficulties arise due to the high dimension of the models and the presence of several parameters. In this regard, it becomes necessary to carry out a complete separation of the state variables of the original system. The article proposes an algorithm for solving the problem of separation of state variables for a linear discrete control system with a small step. An equivalent system obtained with a complete separation of state variables has all the properties of the original system. It consists of two low-order subsystems, the solutions of which are found independently, and they are connected only by the control function.
小步长线性离散控制系统状态变量分离问题的求解算法
在解决各种科学技术领域的对象的最优控制问题时,由于模型的高维数和多个参数的存在而产生困难。在这方面,有必要对原始系统的状态变量进行完全分离。本文提出了一种求解小步长线性离散控制系统状态变量分离问题的算法。状态变量完全分离得到的等效系统具有原系统的所有性质。它由两个低阶子系统组成,它们的解是独立的,它们之间仅通过控制函数连接。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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