MODIFICATION OF THE BACKGROUND CLUTTER ON CLASSICAL HUMAN-EYE TARGET ACQUISITION PERFORMANCE MODEL

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[1] Gillian K, Groves, Kim M, et al. Quantification of clutter in EO tracking systems [J], SPIE Proceedings, 1994,2221,287-295.

[2] Avital Z, Hadar Y, Reiter G, et al. The influence of clutter on human target acquisition [C]. SPIE Proceedings, 8th Meeting on Optical Engineering in Israel, 1992,1971:436-446.

[3] Rotman S R, Kowalczyk M L, Cartier J. Understanding infrared clutter through fixation point analysis [J]. SPIE Proceedings, 1994,2223:126-138.

[5] Ratches J A, Richard H Vollmerhausen, Renolds G Driggers. Target acquisition performance modeling of infrared imaging systems: past, present, and future [J]. IEEE Sensor Journal,2001,1(1):31-40.

[6] Lucien M Biberman. Electro-optical imaging system performance and modeling [J]. SPIE Press,2000,28: 1-6.

[7] Aviram G, Rotman S R. Evaluating of human detection performance of targets embedded in natural and enhanced infrared images using image metrics [J]. Opt. Eng., 2000,39(4):885-896.

[8] Gerald C Holst. Electro-optical imaging system performance, second edition [J]. SPIE Optical Engineering Press,2000:397-398.

[10] Tidhar G, Reiter G, Avital Z, et al. Modeling human search and target acquisition performance: IV. Detection probability in the cluttered environment [J]. Optical Eng., 1994,33(3):801-808.

[11] Rotman S R, Aviram G. Cluttter metrics for prediction human target acquisition performance [J]. SPIE Proceedings, 2001,4370:114-119.