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Coordinated ballistic missile defense planning using genetic algorithm

机译:基于遗传算法的弹道导弹协同防御计划

摘要

A method for generating plans against ballistic missiles begins with the locations of regions from which missiles may be launched and identifies regions to be defended. The available sensor and engagement assets, their capabilities and possible locations are identified. At least some of the assets have sensor and engagement capabilities independent those of other assets. Initial potential plans are binary encoded, and applied to a genetic algorithm for producing a population of genetically modified solutions. These modified solutions are decoded and evaluated for fitness. The fitness evaluations are iteratively reapplied to the genetic algorithm to ultimately produce improved plans. The improved plans are decoded and finally evaluated for fitness and application. This process continues for a fixed number of iterations, at the end of which the best solution is presented as the plan best fit to achieve a valid defense against the BMD threats.
机译:一种生成弹道导弹计划的方法始于可能发射导弹的区域的位置并确定要防御的区域。确定可用的传感器和参与资产,其能力和可能的位置。至少某些资产具有独立于其他资产的传感器和参与功能。最初的潜在计划采用二进制编码,并应用于产生大量转基因解决方案的遗传算法。对这些修改后的解决方案进行解码并评估其适用性。将适应性评估迭代地重新应用于遗传算法,以最终产生改进的计划。对改进后的计划进行解码,最后评估其适用性和适用性。此过程将持续进行固定数量的迭代,最后将提供最佳解决方案,作为最有效地抵御BMD威胁的计划。

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