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Simulation of the performance of ocean imaging lidar with polarization devices

A theory of imaging of underwater targets with a time gated polarized imaging lidar is briefly presented. This approach is grounded on the analytical theory of polarized light propagation developed by E. Zege and L. Chaikovskaya earlier. An algorithm and software for computer simulation of a performance of ocean imaging lidars with polarization devices are outlined. A vehicle for this model is software simulating the performance of ocean time gated imaging lidars without polarization devices developed by authors earlier. Results of the simulation of images with time-gated CO-POLAR and CROSS-POLAR cameras are presented and discussed.