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A fuzzy optimal search approach: real applications in crisis and mine detection

机译:模糊最佳搜索方法:危机和探雷中的实际应用

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摘要

The classical optimal search model is seeking to find a strategy to minimise the searching costs or time of a particular object. An object may probably present in a specific location. The detection of the object by a searcher has defined probability. All these may affect each other. So, optimal search problem has stochastic-dynamic nature. In this paper, a fuzzy search model, in which the time or cost of the search can be fuzzy parameters, is presented to minimise the cost of search. The proposed models are applied in two practical problems namely panning for lost individuals in natural disasters and mine finding. Considering the significance of resources (i.e., time and cost) of searching a particular object, the proposed fuzzy optimal search model can be applied in several cases such as detection of a mine, search for illegal computer servers, detection of oil fields, and rescuing lost people.
机译:经典的最佳搜索模型正在寻求找到一种策略来最小化特定对象的搜索成本或时间。对象可能存在于特定位置。搜索者对物体的检测具有确定的概率。所有这些可能会相互影响。因此,最优搜索问题具有随机动力学性质。在本文中,提出了一种模糊搜索模型,其中搜索的时间或成本可以是模糊参数,以最大程度地降低搜索成本。所提出的模型被应用于两个实际问题,即在自然灾害中寻找失踪人员和寻找地雷。考虑到搜索特定对象的资源(即时间和成本)的重要性,可以将所提出的模糊最优搜索模型应用于多种情况,例如探矿,搜索非法计算机服务器,探测油田和营救迷路的人。

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