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Wireless Channel Characterization for Indoor Environment in Thermal Power Plant

机译:火力发电厂室内环境的无线信道表征

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Wireless communications in industrial environments are seriously affected by reliability and performance issues, due to the multipath nature of obstacles within such environments. In order to utilize wireless systems for machine-to-machine applications in industrial environments, it is necessary to investigate and model their channel characteristics for optimal design and reliability assessment. However, the wireless channel characterization in such environments has .not been sufficiently addressed in the literature within the scope of our knowledge. In this paper, to shed light on the channel modeling for plant applications, we measure and analyze the indoor channel characteristics in a typical thermal power plant. Our results indicate that the channel characterization of the plant environment is specific when compared with the general environments such as houses and offices. The findings in this paper provide a useful guidance to the design of wireless system for the realization of reliable control systems in power plants.
机译:由于此类环境中障碍物的多径性质,工业环境中的无线通信受到可靠性和性能问题的严重影响。为了将无线系统用于工业环境中的机器对机器应用,有必要对它们的信道特性进行调查和建模,以实现最佳设计和可靠性评估。但是,在我们所知范围内的文献中,尚未充分解决这种环境中的无线信道表征问题。在本文中,为了阐明用于工厂应用的通道模型,我们测量和分析了典型热电厂的室内通道特性。我们的结果表明,与一般环境(如房屋和办公室)相比,工厂环境的通道特征是特定的。本文的研究结果为实现电厂可靠控制系统的无线系统设计提供了有用的指导。

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