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Performance evaluation of wireless sensor network protocols for industrial applications

机译：工业应用无线传感器网络协议的性能评估

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摘要

Recently, distributed wireless microsensor systems have provided more flexible leverage to emerging industrial applications. The tiny distributed wireless microsensor network systems, however, should be designed to overcome various constraints such as limited energy, bandwidth limit, and unexpected failure of communication under disturbances. In addition, their network topologies need to be managed with designated communication protocols. Thus, design of microsensor network protocols still needs to be application-specific. It should be also evaluated through designated tools at each level of networking characteristics. This research describes essential factors that affect the performance of sensor network systems in the design of wireless microsensor network protocols, and presents effective time-based network protocol and performance evaluation tool which are applicable for various protocols in industrial applications. The developed network evaluation tool, called TIE/MEMS, also includes functional comparison with recent protocols proposed for wireless microsensor networks, and provides design guidelines for multi-sensor network systems needed for emerging industrial applications.
机译：最近，分布式无线微传感器系统为新兴的工业应用提供了更灵活的杠杆作用。但是，应该设计微型分布式无线微传感器网络系统，以克服各种限制，例如有限的能量，带宽限制以及在干扰下通信意外失败。另外，它们的网络拓扑需要使用指定的通信协议进行管理。因此，微传感器网络协议的设计仍然需要针对特定​​应用。还应通过指定的工具在各个网络特征级别上对其进行评估。这项研究描述了在无线微传感器网络协议设计中影响传感器网络系统性能的基本因素，并提出了有效的基于时间的网络协议和性能评估工具，适用于工业应用中的各种协议。开发的网络评估工具称为TIE / MEMS，还包括与针对无线微传感器网络提出的最新协议进行功能比较，并为新兴工业应用所需的多传感器网络系统提供设计指南。

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