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边缘环境
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  edge situation
    The analytic expressions of false alarm probabilities under clutter edge situation are derived. Their performances to counter clutter edge are analysed, and compared with those of the OS(Order Statistics), CA(Cell Averaging), GO(Greatest Of) and SO(Smallest Of) detectors.
    文中推导出了它们在干扰边缘环境中虚警概率的解析表达式,分析了它们抗边缘干扰的性能,并且与OS(Order Statistics)、CA(Cell Averaging)、GO(Greatest Of)和SO(Smallest Of)等检测器进行了比较。
短句来源
    This paper first studies our nation's certain type of Radar's MGO-CFAR detector , mainly analyzing the detector's performance under homogeneous background, multiple targets situation and clutter edge situation.
    本论文首先对我国某型号雷达中的MGO-CFAR检测器进行分析论证,重点分析了MGO-CFAR检测器在均匀背景杂波、多目标环境和杂波边缘环境中的性能。
短句来源
    This Paper studies the Performance of the GOSCA-CFAR  ̄[1,2] under clutter edge situation,We derive the analytic expressions of false alarm probabilities under clutter edge sit-uation,analyse its porformance against clutter edge,and compare it with the OS,CA,GO and SO detectors.
    本文研究GOSCA—CFAR检测器 ̄[1,2]干扰边缘中的性能。 文中推导出了它的干扰边缘环境中虚警概率的解析表达式,分析了它抗边缘干扰的性能,并且与OS、CA、GO和SO等检测器进行了比较。
短句来源
    We derive the analytic expressions of falsed alarm probabilities under clutter edge situation,anlyse its performance against clutter edge,and compare it with the OS,CA,SO and GOSCAdetectors. Results show that the MOSCA preserves the better performance of false alarm control while it possesses the better detection performance in homogeneous background and multiple target situation.
    文中推导出了背景噪声和杂波为高斯分布条件下,它在干扰边缘环境中虚警概率的解析表达式,分析了它抗干扰的性能,并且与OS、CA、SO和GOSCA等检测器进行了比较.结果表明,MOSCA在获得在均匀背景和多目标环境中的良好检测性能的同时也保持了较好的抗边缘干扰性能.
短句来源
    We derive the analytic expressions of false alarm probabilities under clutter edge situation,analyse its performances against clutter edge,and compare it with the GO,OS and CA-CFAR detectors.
    文中推导出了它在干扰边缘环境中虚警概率的解析表达式,分析了它抗边缘干扰的性能,并且与GO、OS和CA-CFAR检测器进行了比较。
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  “边缘环境”译为未确定词的双语例句
    The detection ability of the MGO-CFAR detector is only a little bit worse than that of the CA-CFAR detector.
    在杂波边缘环境中控制虚警能力优秀,远好于CA-CFAR检测器。
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This Paper studies the Performance of the GOSCA-CFAR  ̄[1,2] under clutter edge situation,We derive the analytic expressions of false alarm probabilities under clutter edge sit-uation,analyse its porformance against clutter edge,and compare it with the OS,CA,GO and SO detectors.Results show that the false alarm control of GOSCA is about the same of CA and OS with k_(os)=(k+l)_(GOSCA),more poor than that of GO which has the better control of the false alarm.

本文研究GOSCA—CFAR检测器 ̄[1,2]干扰边缘中的性能。文中推导出了它的干扰边缘环境中虚警概率的解析表达式,分析了它抗边缘干扰的性能,并且与OS、CA、GO和SO等检测器进行了比较。结果表明,GOSCA的抗干扰边缘性能比CA和K_(os)=(k+l)_(GOSCA)和OS相近,比抗边缘干扰性能较好的GO要差。

This paper studies the performance of the MOSCA-CFAR detector under clutter edge situation.We derive the analytic expressions of falsed alarm probabilities under clutter edge situation,anlyse its performance against clutter edge,and compare it with the OS,CA,SO and GOSCAdetectors.Results show that the MOSCA preserves the better performance of false alarm control while it possesses the better detection performance in homogeneous background and multiple target situation.

本文研究MOSCA-CFAR检测器[1]在干扰边缘中的性能。文中推导出了背景噪声和杂波为高斯分布条件下,它在干扰边缘环境中虚警概率的解析表达式,分析了它抗干扰的性能,并且与OS、CA、SO和GOSCA等检测器进行了比较.结果表明,MOSCA在获得在均匀背景和多目标环境中的良好检测性能的同时也保持了较好的抗边缘干扰性能.

This paper studies the performances of the OSCAGO-CFAR detector[1,2] under clutter edge situation. We derive the analytic expressions of false alarm probabilities under clutter edge situation,analyse its performances against clutter edge,and compare it with the GO,OS and CA-CFAR detectors. The results show that the anti-clutter-edge performance of OSCAGO is obviously better than that of the three CFAR detectors. At the same time,it preserves the better detection performances in homogeneous backgroud and multiple...

This paper studies the performances of the OSCAGO-CFAR detector[1,2] under clutter edge situation. We derive the analytic expressions of false alarm probabilities under clutter edge situation,analyse its performances against clutter edge,and compare it with the GO,OS and CA-CFAR detectors. The results show that the anti-clutter-edge performance of OSCAGO is obviously better than that of the three CFAR detectors. At the same time,it preserves the better detection performances in homogeneous backgroud and multiple target situations.

本文研究OSCAGO-CFAR检测器[1,2]在干扰边缘中的性能。文中推导出了它在干扰边缘环境中虚警概率的解析表达式,分析了它抗边缘干扰的性能,并且与GO、OS和CA-CFAR检测器进行了比较。结果表明,OSCAGO的抗边缘干扰性能比这三种CFAR检测器均有明显增强。同时,它在均匀背景和多目标环境中也保持了良好的检测性能。

 
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