Parametric Adaptation as an Element of Mathematical Models Qualimetry of Complex Processes

Q4 Engineering Advances in Military Technology Pub Date : 2022-11-24 DOI:10.3849/aimt.01541
B. Butvin, O. Mashkin, O. M. Sobolev, V. E. Mykhalevych, P. Open’ko, S. V. Maslenko
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引用次数: 0

Abstract

A possible approach to ensuring the necessary qualitative properties of analytical models by adapting their parameters to probable changes in the course of complex processes is considered. The approach involves the use of a polymodel description of processes with the aim of mutual compensation of the objective shortcomings of heterogeneous models, as well as the use of simulation modeling capabilities to adjust the parameters of analytical models in cases where the use of the latter is due to strict limitations on the time of obtaining calculation results and developing control influences based on them. The considered example of parametric adaptation of the Lanchester-type model reflects probable changes in the number of opposing sides during the conduct of hostilities.
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参数自适应作为复杂过程数学模型的一个元素
一种可能的方法,以确保必要的定性性质的分析模型,使其参数适应可能的变化,在复杂过程的过程中考虑。该方法涉及使用多模型描述过程,目的是相互补偿异构模型的客观缺点,以及在分析模型的使用是由于获得计算结果和基于计算结果发展控制影响的时间受到严格限制的情况下,使用仿真建模功能来调整分析模型的参数。所考虑的兰彻斯特型模型参数适应的例子反映了敌对行动期间敌对双方数量的可能变化。
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来源期刊
Advances in Military Technology
Advances in Military Technology Engineering-Civil and Structural Engineering
CiteScore
0.90
自引率
0.00%
发文量
11
审稿时长
12 weeks
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