定位飞机上的矩形屏障设施:双目标方法

Mustafa S. Canbolat, George O. Wesolowsky, Michael v, on Massow
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引用次数: 0

摘要

我们研究了在平面上寻找矩形屏障设施的极大极小位置的问题,同时利用直线距离将屏障设施对现有设施之间相互作用的干扰最小化。这提供了一个事后修改现有网络或布局的机会,同时尽量减少干扰。将该问题表述为一个双目标问题,并提出了一个混合整数规划作为求解方法。模拟退火算法提出了一个扩展的问题,其中征收或拆除现有设施也是可能的。我们只在必要或有成本效益的情况下才考虑征用或拆除现有设施。
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Locating a rectangular barrier facility on the plane: a bi-objective approach
We study the problem of finding a minimax location for a rectangular barrier facility on the plane and simultaneously minimising the interference of the barrier facility to the interactions among the existing facilities using rectilinear distances. This provides an ex post opportunity to modify an existing network or layout while minimising the disruption. The problem is formulated as a bi-objective problem and a mixed integer program is proposed as a solution methodology. A simulated annealing algorithm is presented for an extension of the problem where expropriation or removal of existing facilities is also possible. We consider expropriation or removal of existing facilities only if such policy is necessary or cost-beneficial.
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来源期刊
International Journal of Operational Research
International Journal of Operational Research Decision Sciences-Management Science and Operations Research
CiteScore
1.50
自引率
0.00%
发文量
57
期刊介绍: IJOR is a fully refereed journal generally covering new theory and application of operations research (OR) techniques and models that include inventory, queuing, transportation, game theory, scheduling, project management, mathematical programming, decision-support systems, multi-criteria decision making, artificial intelligence, neural network, fuzzy logic, expert systems, and simulation. New theories and applications of operations research models are welcome to IJOR. Modelling and optimisation have become an essential function of researchers and practitioners in a networked global economy. New theory development in operations research and their applications in new economy and society have been limited.
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