Analyzing the targets detection performance of PSTL-GLR processor in inhomogeneous clutter environments.
仿真分析了在非均匀杂波环境下PSTL-GLR算法的目标检测性能。
参考来源 - 自适应极化空时处理结构与算法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
杂波按照统计特性可以分为均匀杂波和非均匀杂波两类。
The Radar clutter can be classified into two types: homogeneous clutter and inhomogeneous clutter according to the statistical characteristic.
对目标的实验结果表明，在严重的非均匀杂波及干扰环境中，普通的自适应处理技术是不适用的。
The results presented are for targets in a highly nonhomogeneous clutter and jammer environment, where conventional adaptive array processing is not feasible.
讨论了总体地形非均匀、局部均匀地形和孤立目标杂波之间的关系。
The relations among the clutter of heterogeneous terrain, local homogeneous terrain, and isolated objects were discussed.
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