In memory of the teacher and friend.

Q4 Medicine
V. Kuntsevich
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引用次数: 0

Abstract

Alexey Grigorievich Ivakhnenko was born on March 30, 1913. He was outstanding scientist and remarkable person. Alexey Grigorievich Ivakhnenko set up his scientific school, brought up hundreds of candidates and tens of doctors of sciences. His personal merits before science are great and were acknowledged worldwide. Alexey Grigorievich was the first to write a domestic monograph on technical cybernetics which was repeatedly released abroad, had tens of other books published. These books dealt with results of his research in the field of control theory, mathematical modeling and informatics. Without making an attempt to describe in frames of this assay everything made by him we will consider only his contribution to the invariance theory of control systems whose history features a lot of grave events. We will remind a reader that by the term “invariance theory of control systems” is meant the method of control synthesis of a dynamical system which ensures the independence (invariance) of a controlled coordinate from disturbances acting upon this system. In the 50s of the last century at the Institute of Electrical Engineering of AS of Ukraine A.G. Ivakhnenko successfully carried out a large cycle of theoretical and practical investigations which convincingly demonstrated the efficiency of application of compensating connections which allowed one to prove in practice the possibility of attaining the invariance effect, speaking more precisely, quasiinvariance in industrial samples of control systems due to velocity of an asynchronous motors. The value of this result consisted in the fact that at that time it was one of few examples of invariant theory ideas implemented “in iron” and which was in great demand among its supporters.
为了纪念老师和朋友。
阿列克谢·格里戈里耶维奇·伊瓦哈年科出生于1913年3月30日。他是杰出的科学家和杰出的人。阿列克谢·格里戈里耶维奇·伊瓦哈年科建立了他的科学学校,培养了数百名候选人和数十名科学博士。他在科学面前的个人功绩是伟大的,是全世界公认的。阿列克谢·格里戈里耶维奇是国内第一个撰写技术控制论专著的人,并在国外多次出版,他还出版了数十本其他书籍。这些书涉及他在控制理论、数学建模和信息学领域的研究成果。我们不打算在本分析的框架内描述他所做的一切,我们只考虑他对控制系统的不变性理论的贡献,该理论的历史以许多重大事件为特征。我们将提醒读者,“控制系统的不变性理论”一词是指动力系统的控制综合方法,该方法确保受控坐标不受作用于该系统的干扰的独立性(不变性)。在上个世纪50年代,乌克兰AS电气工程研究所A.G. Ivakhnenko成功地进行了大量的理论和实践研究,令人信服地证明了补偿连接应用的效率,这使得人们能够在实践中证明实现不变性效应的可能性,更准确地说,由于异步电动机的速度,控制系统的工业样本中的准不变性。这个结果的价值在于,在当时,它是少数几个“铁”实现不变理论思想的例子之一,并且在其支持者中需求量很大。
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来源期刊
Pediatriya
Pediatriya Medicine-Pediatrics, Perinatology and Child Health
自引率
0.00%
发文量
5
期刊介绍: Данный справочник ставит своей целью познакомить родителей с наиболее часто встречающимися признаками (симптомами) недомогания у ребенка, их возможными причинами и мероприятиями по оказанию помощи и уходу.
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