A Deployment Algorithm for Multi-hop Wireless Networks

Hongchun Li, Chen Ao, Yi Xu, Jun Tian, K. Yamashita
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Abstract

Multi-hop wireless networks have a wide range of applications. In the practice of real applications, network deployment is a challenging task. Because deployment environment is complex, it is difficult to select suitable positions for node deployment, and the performance of deployed network cannot be guaranteed. This paper proposes a network deployment algorithm which aims to deploy a real network which has the same performance with the designed network. A deployment quality is defined to indicate whether a position is suitable for node deployment. When a position is unsuitable to deploy nodes, the algorithm gives information of a better deployment position. A simulation method based on network simulators is used to verify the proposed algorithm. According to our simulation results, the deployed network generated by the proposed algorithm can keep the performance of designed network including disconnected node number, connectivity, packet delivery ratio, and transmission delay.
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一种多跳无线网络的部署算法
多跳无线网络有着广泛的应用。在实际应用中,网络部署是一项具有挑战性的任务。由于部署环境复杂,节点部署位置难以选择,部署网络的性能无法得到保证。本文提出了一种网络部署算法,旨在部署一个与设计网络具有相同性能的真实网络。部署质量是指一个位置是否适合节点部署。当某个位置不适合部署节点时,算法给出更好的部署位置信息。采用基于网络模拟器的仿真方法对该算法进行了验证。仿真结果表明,该算法生成的部署网络能够保持设计网络的性能,包括断开节点数、连通性、分组投递率和传输延迟。
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