Abstract :
Conventional scan-to-scan integration-correlation (SIC) algorithms comprise a signal weighting part, scan-to-scan integration (SI), together with a signal selection part, scan-to-scan correlation (SC). Such currently used SIC algorithms can detect "small, stationary" targets, i.e., targets with low signal-to-clutter ratio and zero or low speed, but not "small, fast" targets, i.e., "small", relatively high speed targets. However, detection of these "small, fast" targets is the primary purpose of SIC. This paper presents a new SIC algorithm which fulfils this aim
Keywords :
correlation methods; radar clutter; radar detection; radar signal processing; radar target recognition; radar signal processing; scan-to-scan correlation; scan-to-scan integration-correlation; signal weighting; signal-to-clutter ratio; small fast targets; target detection; History; Radar clutter; Radar detection; Rain; Reflection; Samarium; Signal processing algorithms; Signal resolution; Silicon carbide; Snow;