| Summary: | 碩士 === 國防管理學院 === 國防決策科學研究所 === 90 === Abstract
The current military operation and the form of battle evolve in tandem with the weapon’s innovation, which in turn is driven by the progress in technology development. The present battlefield is chaotic; especially when the two sides hit off, orders and information tend to be fuzzy. The conventional way of selecting a single attack target appears to be rather difficult already as it is based on the commander’s experience and judgment or the general description of reference guidelines, let alone the dilemma that would most likely occur to decision-makers when prioritizing multiple attack targets of different degrees of importance. This research takes into account the fundamental conditions for integration and effective operation of military forces and adopts centralized sequential attack strategy for the attack and advancement mode with multiple targets. Since the time it takes to obtain the anticipated result of any particular attack target is usually affected by several factors as well as precedent attack targets, measuring the time in reality turns out to be an extraordinarily difficult task. This study introduces the concepts of path effect and sequential effect, and deems combat experience as a critical factor affecting the time to obtain the anticipated result of an attack target, based on the above assumptions, the optimization model of centralized sequential attack is constructed to obtain the sequential attack path leading to the anticipated combat results within the shortest time period. Finally, this research also considers the condition of the optimization of sequential attack problem equality to Asymmetric Traveling Salesman Problem, and used evolver which is the package of Genetic Algorithm to solve this case.
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