An evaluation of the U.S. Coast Guard's physical detection model for visual search
G. L. Hover, Analysis & Technology, Inc, U.S. Coast Guard Research & Development Center, United States. Coast Guard. Office of Engineering and Development
U.S. Department of Transportation, United States Coast Guard, Office of Engineering and Development, 1988 - Computers
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1986 experiment 95-percent confidence accuracy Ay and Ah Canadian Coast Guard color contrast Comparison of Empirical curves and sweep detection lobe model detection model predicted Empirical and Modeled Empirical Sweep Widths environmental conditions equation error evaluated explicitly considered extrapolating sweep width field experiments fixed-wing aircraft Guard sweep HH-52A helicopters HHOS Targets HHRF and Strobe input parameter INTEGRAL INTEGRAL.MOD intrinsic contrast k-values Koopman lateral range curve look angle meteorological visibility model inputs Model Sweep Width Modeled Lateral Range Olin Corp option parameter values percent physical detection model predict sweep width PRIME computer range curve shape search data set search speed searcher height searcher track searcher-target encounter Searching for HHOS Strobe Light Targets strobe targets subroutine SWPWDTH.MOD Sweep Width Predictions sweep width values SWPWDTH target detection probability target type U.S. Coast Guard variables visual angle visual detection experiments visual detection model visual search data visual sweep widths WPBs Searching