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Title Hm2Sc: Human Movement Model for Post Disaster Scenario in Smart City
ID_Doc 45633
Authors Das, N; Basu, S; Das Bit, S
Title Hm2Sc: Human Movement Model for Post Disaster Scenario in Smart City
Year 2018
Published
Abstract In this work, we propose a human movement model that characterizes the movement pattern of different stakeholders in a post-disaster scenario in smart city. Knowledge about such mobility pattern assists in designing fast deployable smartphone based delay-tolerant network for disseminating post-disaster crucial situational information in a smart city. To the best our knowledge, this model is a major step ahead in the arena of mobility models for a post-disaster scenario in a smart city environment specifically considering the rescue operations. We provide extensive analytical foundations to strengthen the proposed mobility model. Simulation results justify that routing protocols when applied with proposed movement model, optimize network performances in terms of delivery ratio, overhead ratio and average residual energy at the cost of tolerable latency.
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