CAJ | 학술논문

　　分布式CFAR检测算法能有效扩展系统的覆盖范围和提供更高的总的信噪比，并具有可预知的检测性能。目前，对分布式CFAR检测算法的研究主要集中在理论研究方面，在理想假设条件下进行算法的性能分析比较等。本文选取两类在局部传感器采用OS-CFAR检测的分布式检测算法，对两部分散部署的雷达，以扩展覆盖范围为指标，分析了扩展覆盖范围的区域分布和比例，为分布式检测算法在实际应用时需要重点考虑的空域提供依据。最后，分析了在多传感器系统中应用分布式检测算法时需要考虑的时空对准问题，为算法的工程化应用奠定基础。
　　분포식CFAR검측산법능유효확전계통적복개범위화제공경고적총적신조비，병구유가예지적검측성능。목전，대분포식CFAR검측산법적연구주요집중재이론연구방면，재이상가설조건하진행산법적성능분석비교등。본문선취량류재국부전감기채용OS-CFAR검측적분포식검측산법，대량부분산부서적뢰체，이확전복개범위위지표，분석료확전복개범위적구역분포화비례，위분포식검측산법재실제응용시수요중점고필적공역제공의거。최후，분석료재다전감기계통중응용분포식검측산법시수요고필적시공대준문제，위산법적공정화응용전정기출。
The distributed CFAR detection algorithm can extend the coverage range of the system efficiently and provide higher total S/N ratio, furthermore it has predictable detection performance. At present the research on distributed CFAR detection algorithm is focusing on the theoretical reseach, and the performance comparison under assumed ideal conditions. This paper chooses two types of distributed algorithms which use OZ-CFAR detection at local sensors, and two radars located on district positions, and takes extending coverage range as the target to analyze the field distribution and proportion, so as to provide basis for the airspace needing to be emphatically considered in the practical application of distributed CFAR detection algorithm. Finally, the time and space alignment needing to be considered in the application of distributed algorithm in multi-sensor system, so as to provide the basis for the engineering application of the algorithm.