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Network Repair Crew Scheduling Using Benders Decomposition Method: A Case Study of Dhaka City

机译:网络维修船员使用弯道分解方法调度:达卡市案例研究

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Natural disaster sometimes causes severe harm to regular human life. Roads may damage heavily or collapse fully in a severe earthquake or tsunami; so that supply or recuse to several affected areas is interrupted, and the consequence is the post-disaster loss in life and wealth. Therefore, road restoration becomes the first priority to reach the affected areas to minimize loss. To restore the network in a minimal time, scheduling to repair the damaged roads is a crucial task, and Network Repair Crew Scheduling (NRCS) has emerged as an optimization task in the computational intelligence domain. In this study, a Benders Decomposition (BD) based method is developed for NRCS. There are two major steps of the proposed BD-NRCS: identify the possible feasible solutions and then identify the optimal solution. Moreover, different optimization techniques are included in different steps to make the method efficient. The effectiveness of the proposed method is identified applying on a real-life road network scenario of Dhaka.
机译:自然灾害有时会对普遍的人类生命造成严重伤害。道路可能会在严重的地震或海啸中完全损坏或完全崩溃;因此,对几个受影响的地区进行供应或被核弃,后果是生命和财富的灾后损失。因此,道路恢复成为达到受影响地区以最大限度地减少损失的首要任务。为了在最少的时间内恢复网络,调度修复损坏的道路是一个重要的任务,网络修复船员调度(NRC)已成为计算智能域中的优化任务。在本研究中,为NRC开发了基于弯曲的分解(BD)方法。建议的BD-NRCS有两种主要步骤:确定可能的可行解决方案,然后识别最佳解决方案。此外,不同的优化技术包括在不同的步骤中以使方法有效。确定了该方法的有效性,申请了达卡的真实路网络情景。

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