An Empirical Study of Low-Power Wireless

KANNAN SRINIVASAN; PRABAL DUTTA; ARSALAN TAVAKOLI; PHILIP LEVIS

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An Empirical Study of Low-Power Wireless

机译：低功耗无线的实证研究

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We present empirical measurements of the packet delivery performance of the latest sensor platforms: Micaz and Telos motes. In this article, we present observations that have implications to a set of common assumptions protocol designers make while designing sensornet protocols-specifically-the MAC and network layer protocols. We first distill these common assumptions in to a conceptual model and show how our observations support or dispute these assumptions. We also present case studies of protocols that do not make these assumptions. Understanding the implications of these observations to the conceptual model can improve future protocol designs.

机译：我们提供最新传感器平台（Micaz和Telos微粒）的数据包传输性能的实证测量。在本文中，我们提出了一些意见，这些意见对协议设计人员在设计sensornet协议（尤其是MAC和网络层协议）时进行的一系列常见假设有影响。我们首先将这些常见假设提炼成概念模型，并说明我们的观察结果如何支持或质疑这些假设。我们还介绍了没有做出这些假设的协议的案例研究。了解这些观察结果对概念模型的影响可以改善未来的协议设计。

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来源
《ACM transactions on sensor networks》 |2010年第2期|p.16.1-16.49|共49页
作者
KANNAN SRINIVASAN; PRABAL DUTTA; ARSALAN TAVAKOLI; PHILIP LEVIS;
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作者单位

Department of Electrical Engineering, Stanford University, Stanford, CA;

rnComputer Science Division, UC Berkeley, Berkeley, CA;

rnComputer Science Division, UC Berkeley, Berkeley, CA;

rnDepartment of Electrical Engineering, Stanford University, Stanford, CA;

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正文语种 eng
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关键词
wireless link; 802.15.4; wireless measurement study; low-power wireless networks; wireless protocol design; metrics;

机译：无线链接;802.15.4;无线测量研究;低功率无线网络;无线协议设计;指标;

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1. An empirical study of asymmetry in low-power wireless links [J] . Misra P., Ahmed N., Jha S. Communications Magazine, IEEE . 2012,第7期

机译：低功率无线链路中不对称性的实证研究
2. Network Initialization in Low-Power Wireless Networks: A Comprehensive Study [J] . Marjan Radi, Behnam Dezfouli, Kamalrulnizam Abu Bakar, The Computer journal . 2014,第8期

机译：低功耗无线网络中的网络初始化：综合研究
3. Weaving the Wireless Web: Toward a Low-Power, Dense Wireless Sensor Network for the Industrial IoT [J] . Jennifer M. Williams, Rahul Khanna, Juan P. Ruiz-Rosero, IEEE microwave magazine . 2017,第7期

机译：编织无线网络：面向工业物联网的低功耗，密集无线传感器网络
4. Characterization of Asymmetry in Low-Power Wireless Links: An Empirical Study [C] . Prasant Misra, Nadeem Ahmed, Diethelm Ostry, Distributed computing and networking . 2011

机译：低功率无线链路中非对称性的表征：一项实证研究
5. A study in low-power wireless transceiver architectures in submicron CMOS technology. [D] . Ahmed, Hesham N. 2004

机译：对亚微米CMOS技术中低功耗无线收发器架构的研究。
6. Low-Power Wireless Data Transfer System for Stimulation in an Intracortical Visual Prosthesis [O] . Adedayo Omisakin, Rob M. C. Mestrom, Mark J. Bentum 2021

机译：低功耗无线数据传输系统用于刺激性视觉假体
7. An Empirical Study of Low-Power Wireless [O] . Kannan Srinivasan, PRABAL DUTTA, ARSALAN TAVAKOLI, 2010

机译：低功耗无线技术的实证研究

An Empirical Study of Low-Power Wireless

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