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首页> 外文期刊>IEE proceedings. Radar, sonar and navigation >CFAR binary integration detection in nonhomogeneous partially correlated clutter
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CFAR binary integration detection in nonhomogeneous partially correlated clutter

机译：非均匀部分相关杂波中的CFAR二元积分检测

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摘要

The problem of binary integration detection (M-out-of-L detectors) of a Swerling II target model in nonhomogeneous partially correlated clutter is considered. The clutter is taken to be nonhomogeneous and consists of a step discontinuity. The low level contains independent thermal noise while the high level is assumed to contain spatially correlated clutter. The authors propose a new censoring procedure based on the correlation test. This procedure uses the Fisher transform to locate the clutter edge and determine whether the test cell in the clear or in the correlated clutter. The performance of M- out-of L detectors for this binary integration detection is investigated and studied.
机译：考虑了非均匀部分相关杂波中Swerling II目标模型的二进制积分检测（M-out-of-L检测器）问题。杂波被认为是不均匀的，并且由阶跃不连续组成。低电平包含独立的热噪声，而高电平则包含空间相关的杂波。作者提出了一种基于相关性检验的新审查程序。此过程使用Fisher变换来定位杂波边缘，并确定测试单元是处于明晰还是相关杂波中。对这种二元积分检测的L出M检测器的性能进行了研究。

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