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A Method for Determining Scale Factor of CFAR Detector Based on BP Neural Networks

机译:基于BP神经网络确定CFAR检测器比例因子的方法

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As applying constant false alarm rate (CFAR) detection algorithms, an important task is to determine its scale factor according to given false alarm probability. When analytic expression of scale factor vs false alarm probability is difficult or impossible to be obtained, simulation is adopted traditionally. But the computation of simulation is very large. A method for determining scale factor of CFAR detector based on BP neural networks is proposed in the paper using powerful ability to approximate any non-linear expression. Studies of examples indicate training times of BP neural networks approximating relation between false alarm probability and scale factor can be largely shorten, after nonlinear transformation of natural logarithm is applied to input of BP neural networks. Studies also indicate method for determining scale factor based on BP neural networks can provide high accuracy.
机译:作为应用常量误报率(CFAR)检测算法,重要任务是根据给定的误报概率来确定其比例因子。当难以获得或不可能获得比例因子VS误报概率的分析表达时,传统上采用仿真。但是计算的计算非常大。在纸张中提出了一种基于BP神经网络确定CFAR检测器的比例因子的方法,使用强大的能力来近似任何非线性表达式。实施例的研究表明,在自然对数的非线性变换应用于输入BP神经网络的输入之后,可以很大程度上缩短近似关系的BP神经网络的训练时间。研究还表示基于BP神经网络确定规模因子的方法可以提供高精度。

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