Accession Number : ADA310173
Title : Estimating the Effective Depth of Laser Imaging Systems in Various Ocean Environments.
Descriptive Note : Final rept.,
Corporate Author : NAVAL RESEARCH LAB WASHINGTON DC ADVANCED INFORMATION TECHNOLOGY BRANCH
Personal Author(s) : Gorline, Jerry L.
PDF Url : ADA310173
Report Date : 09 MAY 1996
Pagination or Media Count : 31
Abstract : In this report we present the results of running Monte Carlo simulations on the Connection Machine (CM-5E) to study the behavior of laser propagation in the ocean. We developed an advanced hydrologic radiative transfer model to estimate the effective depth of a laser imaging system in various ocean environments. This model simulates a flat ocean surface. The effective depth is defined as that at which a six-pixel wide disk target can no longer be detected in the upward irradiance field at the ocean surface. Simulations showed that the effective depth was inversely proportional to the total attenuation coefficient.
Descriptors : *LASER BEAMS, *RADIATION ATTENUATION, *OCEAN ENVIRONMENTS, OCEAN SURFACE, RADIATIVE TRANSFER, OPTICAL IMAGES, MONTE CARLO METHOD, COEFFICIENTS, RADIANCE, VISIBILITY, LIGHT TRANSMISSION.
Subject Categories : Optical Detection and Detectors
Distribution Statement : APPROVED FOR PUBLIC RELEASE