On the Development of Realistic Cross Layer Communication Protocol for Wireless Sensor Networks

Shalli Rani, J. Malhotra, R. Talwar
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引用次数: 8

Abstract

Traditional protocols in wireless sensor networks follow the strict layering techniques which lead to the degradation in performance of the QoS (Quality of Service) parameters. Battery powered tiny sensor nodes with constraints of energy and guaranteed time require the efficient communication protocols with innovative and optimized approach to attain the objectives of WSN. Especially, these requirements become more stringent with the emergence of novel applications based on WSN. In order to find an optimized solution to this, cross layer-based approach which allows the cooperation, synchronization and communication among the layers, seems to be appropriate. In this paper, a realistic cross-layer protocol has been developed taking into considerations of MAC and Physical layer to further optimize the QoS parameters of already developed Energy Efficient Inter Cluster Coordination Protocol (EEICCP) at the Network layer level. In this paper we endeavor to concentrate on the enhancement of reliability parameter of QoS and results are validated through simulations done in MATLAB.
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无线传感器网络中逼真的跨层通信协议的开发
传统的无线传感器网络协议遵循严格的分层技术,导致服务质量参数的性能下降。电池供电的微型传感器节点具有能量约束和时间保证,需要高效的通信协议和创新的优化方法来实现无线传感器网络的目标。特别是,随着基于WSN的新型应用的出现,这些要求变得更加严格。为了找到一个优化的解决方案,基于跨层的方法允许各层之间的协作、同步和通信,似乎是合适的。本文在考虑MAC层和物理层的情况下,开发了一种现实的跨层协议,进一步优化已经开发的EEICCP (Energy Efficient Inter Cluster Coordination protocol)在网络层的QoS参数。本文主要研究了QoS可靠性参数的增强问题,并通过MATLAB仿真验证了结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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