是否值得采用一种有计划的方法来为灾后通信设计特别的基础设施?

CHANTS '12 Pub Date : 2012-08-22 DOI:10.1145/2348616.2348637
Sujoy Saha, V. Shah, Rohit Verma, Ratna Mandal, S. Nandi
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引用次数: 14

摘要

在任何自然灾害之后,现有的传统通信基础设施的可用性几乎被排除在外。灾后,临时恢复通讯系统;在可接受的延迟内确保几乎100%的数据包传输并优化资源利用率是主要的设计动机。我们的工作提出了一个四层计划混合架构,它符合上述动机,在最小延迟的交付概率方面产生期望的性能,对于给定的灾害灾区地图,使用合适的启发式算法。我们的研究还表明,不存在确定性的多项式时间解,可以实现期望的设计动机以及我们计划的方法的可行性。与任何暴力破解策略相比,根据仿真结果,我们的方法显示42%的高交付概率和49%的低延迟。
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Is it worth taking a planned approach to design ad hoc infrastructure for post disaster communication?
After any natural disaster the availability of existing conventional communication infrastructure almost gets ruled out. After the devastation, to restore the communication system in ad hoc basis; ensuring almost 100% packet delivery within acceptable latency with optimal utilization of resources are prime design motives. Our work proposes a four tier planned hybrid architecture, which conforms the aforesaid motives yielding a desired performance in terms of delivery probability within least latency, for a given disaster hit area map with a suitable heuristic algorithm. Our study also reveals that there exists no deterministic polynomial time solution that can implement the desired design motives as well as the feasibility of our planned methodology. Compared to any brute force strategy, as per the simulation results, our approach shows 42% higher delivery probability and 49% lower latency.
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