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Nonlinear System's Synthesis — The CentralProblem of Modern Science and Technology:Synergetics Conception. Part II: Strategies ofSynergetics Control

机译:非线性系统的综合 - 现代科学与技术的环度标志:协同概念。第II部分:腹部控制策略

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Our environment, such as natural, social, economics and engineering ones are the world of complex supersystems of various natures. These systems are a collection of various subsystems providing defined functions and interconnected by processes of forced dynamics interaction and exchange of power, matter and information. These supersystems are nonlinear, multidimensional and multilinked. And in these systems are complex transients and have place of critical and chaotic modes. Problems of system synthesis, i.e. finding of common objective laws of control processes in such a dynamics system are much actual, complicated and, in many respects, practically inaccessible for present control theory.In the report we consider fundamental basis of nonlinear theory of system's synthesis based on synergetics approach in modern control theory as well as its application [1, 2].The report consists of three parts: Part I General statements; Part 11 Strategies of synergetics control; Part III Synergetics synthesis of nonlenear systems with state observers.
机译:我们的环境,如自然,社会,经济和工程和工程,是各种自然的复杂体系的世界。这些系统是提供定义的功能的各种子系统的集合,并通过强制动态交互和电源交换,物品和信息交换的过程互连。这些超级系统是非线性的,多维和多重链接。在这些系统中,复杂的瞬变并具有临界和混沌模式。系统合成问题,即在这种动态系统中寻找控制过程的共同客观规律是实际的,复杂的,并且在许多方面,目前的控制理论实际上无法进入。在报告中我们考虑了系统合成非线性理论的基础基础基于现代控制理论中的协同性方法及其应用[1,2]。报告由三部分组成:第一部分普通陈述;第11部分协同控制策略;第三部分与州观察者的非增强系统的协同合成。

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