Hydrodynamic Adaptive Routing Algorithm for Unstable Sensor Networks with a Tsunami Model of Acute Events

E. Aleksandrova, V. Bashkin
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引用次数: 4

Abstract

An algorithm of adaptive multi-path routing in unstable sensor networks with frequent reconfigurations is presented. The model is based on the discrete imitation of water streams and water waves in the network of river-connected reservoirs. The hydrodynamic phenomena of water currents, riverbed erosion and sediments deposition are used as convenient models of different algorithmic features of the routing scheme. Acute network events (topology changes, node failures, gateway migrations etc) are treated by imitating of such natural phenomena as underwater seismic activities and surface tsunami waves.
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海啸模型下不稳定传感器网络的流体动力自适应路由算法
提出了一种具有频繁重构的不稳定传感器网络中的自适应多路径路由算法。该模型是基于对连河水库网络中水流和水波的离散模拟。采用水流、河床侵蚀和泥沙淤积等水动力现象作为方便的模型来描述该路由方案的不同算法特征。突发网络事件(拓扑变化、节点故障、网关迁移等)通过模拟水下地震活动和地面海啸波等自然现象来处理。
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