无线传感器网络中的位置感知ID分配

Yunhuai Liu, L. Ni
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引用次数: 16

摘要

由于关键资源的限制,在无线传感器网络(wsn)中,将每个传感器节点与全局ID关联是不可实现的。然而,在许多WSN应用中,每个传感器节点都有一个ID是基本假设。因此,高效的本地ID生成方案是非常重要的,而这在过去并没有得到认真的考虑。本文提出了一种新的本地ID分配方案GREENWIS。无需事先获得显式的位置信息,每个节点都可以使用GREENWIS算法以分布式方式在应用程序字段中生成一个5元组的本地ID。通过综合分析,证明了GREENWIS的正确性和有效性。我们的实验室也部署了GREENWIS的原型。我们将介绍这种设计和实现的早期经验。我们通过大量的实验来评估GREENWIS。结果表明,GREENWIS在真实WSN环境中提供了有效的本地ID分配
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Location-aware ID Assignment in Wireless Sensor Networks
Due to critical resource constraints, associating each sensor node with a global ID is not feasible in wireless sensor networks (WSNs). However, having an ID in each sensor node is the basic assumption in many WSN applications. Therefore, efficient local ID generation schemes, which have not been carefully considered in the past, is of great importance. In this paper, we propose a novel local ID assignment scheme, called GREENWIS. Without having the explicit location information in advance, each node is able to generate a 5-tuple local ID within an application field in a distributed manner using the GREENWIS algorithm. We prove the correctness and show the effectiveness of GREENWIS by comprehensive analysis. A GREENWIS prototype is also deployed in our lab. We introduce our early experience with this design and implementation. We evaluate GREENWIS through intensive experiments. The results show that GREENWIS provides effective local ID assignment in a real WSN environment
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