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首页> 外文会议>IEEE Student Conference on Research and Development >The effect of different ground characteristic to the stability and similarity of target spectra in FSR micro-sensor network
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The effect of different ground characteristic to the stability and similarity of target spectra in FSR micro-sensor network

机译：不同地面特征对FSR微传感器网络中目标光谱稳定性和相似性的影响

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This paper investigates the effect of different ground characteristic to the stability and similarity of target spectra for ground based forward scattering radar (FSR) micro-sensor network. This research used simulation signals in to improve the performance of detection and classification of FSR micro-sensor network. Several parameters of carrier frequency and size of target were analyzed. In addition, the conditions of the ground considered in this research are concrete dry, average and wet ground. The simulation results are obtained by using Mathlab software. The obtained results show the stability and similarity of target spectra when the conductivity and permittivity of different ground exists. From the results, a database and estimation of system performance can be drawn as a guideline for future works.
机译：本文研究了基于基于前向散射雷达（FSR）微传感器网络的地面目标光谱的稳定性和相似性的不同地面特征的影响。 本研究采用仿真信号来提高FSR微传感器网络的检测和分类性能。 分析了载波频率和靶尺寸的几个参数。 此外，本研究中考虑的地面的条件是混凝土干燥，平均和湿地。 仿真结果是通过使用Mathlab软件获得的。 当存在不同接地的电导率和介电常数时，所得结果表明了靶光谱的稳定性和相似性。 从结果，可以将数据库和系统性能估计作为未来作品的指导。

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