IEEE 802.11与S-MAC的比较分析

Ankur P. Dave, Shweta Singh
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引用次数: 2

摘要

无线传感器网络技术以其新颖的方法和通用性在当今的场景中具有重要的意义。尽管如此,这项技术仍在努力应对许多挑战。无线传感器网络的基本功能是提供移动性。通过设计网络和节点,为节点提供移动性会导致许多其他问题。比如能源效率,普通覆盖问题,隐藏终端问题,理想聆听等等。在一般情况下,IEEE 802.11标准(也称为Wi-Fi)是流行的。介质访问控制协议在管理节点间的信道或带宽这一主要资源方面起着至关重要的作用。本文介绍了S-MAC协议采用的几种技术,与IEEE 802.11标准相比,这些技术提高了吞吐量、丢包数和包投递率。本文对IEEE 802.11和S-MAC进行了仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative analysis between IEEE 802.11 and S-MAC
The Wireless Sensor Network technology has a great importance in present day scenario due to its novel approaches and versatility in its use. Still the technology is endeavoring against many challenges. The basic functionality of Wireless Sensor Network is to provide mobility. By designing the network and nodes, providing mobility to the nodes results into many other problems. Like energy efficiency, common coverage problem, hidden terminal problem, ideal listening and many more. In general scenarios, the IEEE 802.11 standard which is also termed as Wi-Fi, is popular. Medium Access Control Protocol plays a vital role in terms of managing the main resource that is channel or bandwidth in between nodes. The paper comprises of few techniques adapted by S-MAC protocol which improves throughput, number of packets lost and packet delivery ratio in comparison to IEEE 802.11 standards. The simulation of the IEEE 802.11 and S-MAC is made in this paper.
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