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首页> 外文期刊>Telecommunication systems: Modeling, Analysis, Design and Management >SABAGAR: A Simple Attribute-Based Addressing and GPS-Aided Routing Protocol for Applications in Wireless Sensor Networks
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SABAGAR: A Simple Attribute-Based Addressing and GPS-Aided Routing Protocol for Applications in Wireless Sensor Networks

机译:SABAGAR:一种简单的基于属性的寻址和GPS辅助路由协议,用于无线传感器网络

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摘要

We propose in this paper a data-centric routing protocol for wireless sensor network applications. This protocol, called SABAGAR, is designed to be implemented easily to provide the basis for commercially successful products, and to await more vendors in wireless products. Sensor nodes may have no global identifications because the number of sensors can be large, hence, attribute-based addressing and broadcast communication paradigm can be used to facilitate data acquisition. However, broadcasting simply by flooding usually results in serious redundancy and endlessly looping packets, and thus degrades the network performance. To deal with this problem, we present a position-vector-based (PVB) algorithm for the SABAGAR protocol. This paper also provides detailed simulation results to support the proposed protocol design.
机译:我们在本文中为无线传感器网络应用提出了一种以数据为中心的路由协议。该协议称为SABAGAR,旨在轻松实现,以为商业上成功的产品提供基础,并在无线产品中等待更多供应商。传感器节点可能没有全局标识,因为传感器的数量可能很大,因此,基于属性的寻址和广播通信范例可用于促进数据获取。但是,仅通过泛洪进行广播通常会导致严重的冗余和无限循环的数据包,从而降低网络性能。为了解决这个问题,我们为SABAGAR协议提出了一种基于位置矢量的(PVB)算法。本文还提供了详细的仿真结果,以支持所提出的协议设计。

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