作为复杂优化的网络中心战:一种进化方法

Z. Jobbágy
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引用次数: 0

摘要

军事行动是非常复杂的事业。然而,复杂性并不是军事行动所独有的特征。当生物学家想要了解基因突变的特性时,他们也面临着复杂性。面对大量具有不同特征的基因,这些基因之间难以解码的相互作用,以及不能排除作为一个因素的环境,休厄尔·赖特提出了转移平衡理论,也被称为适应性景观理论。该理论允许将复杂性视为一个基于适应和突变的过程。这两个过程也是军事行动的核心,因为必须抵消来自环境和与敌人互动的不断变化的条件。在这篇文章中,作者使用Wright的理论将军事行动视为一个复杂的优化问题,其中包括关于最优值的近似和估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Network Centric Warfare as Complex Optimization: An Evolutionary Approach
Military operations are very complex undertakings. However, complexity is not a feature unique to military operations. When biologists wanted to understand the properties of gene mutation they also faced complexity. Confronted by a large number of genes featuring different characteristics, a difficult-to-decode interac- tion among those genes, and an environment that could not be excluded as a factor, Sewell Wright introduced the shifting balance theory, also known as the theory of the fitness landscape. The theory allows complexity to be seen as a process that rests on adaptation and mutation. These two processes are also central to military operations as it is imperative to offset the changing conditions coming both from the environment and the interaction with the enemy. In the article the author uses Wright’s theory to help see military operations as a complex optimization problem that includes approximations and estimations regarding optimal values.
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