REACTIVE: A peaceful coexistence between deluge and Low Power Listening

Andrea di Cagno, M. Paoli, U. Colesanti, A. Vitaletti
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引用次数: 1

Abstract

In this paper we analyze the interaction between two communication protocols implemented in TinyOS 2.x: Deluge T2, an over-the-air programming protocol, and the Low Power Listening (LPL) implementation provided with the standard Medium Access Control layer, BoX-MAC. We show how the characteristics of the two layers deeply diverge, leading to a sensible performance degradation. We present REACTIVE, a simple algorithm that, integrated in Deluge, is able to dynamically disable and re-enable LPL in order to boost Deluge performance, leveraging on the critical aspects of the layers integration. REACTIVE is able to increase the performance of Deluge, compared to its standard implementation, by a factor of 2.6 in terms of energy efficiency and 7 in terms of dissemination time.
反应:洪水和低功率聆听之间的和平共存
本文分析了TinyOS 2中实现的两个通信协议之间的交互。x: Deluge T2,一种无线编程协议,以及标准介质访问控制层(BoX-MAC)提供的低功耗侦听(LPL)实现。我们展示了这两层的特征是如何严重分化的,从而导致了明显的性能下降。我们提出了一个简单的算法REACTIVE,它集成在Deluge中,能够动态地禁用和重新启用LPL,以提高Deluge的性能,利用层集成的关键方面。与标准的实现相比,REACTIVE能够将洪淋的性能提高2.6倍的能源效率和7倍的传播时间。
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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