Abstract
A high resolution Nd-YAG pulsed Laser Radar “LIDAR” system is proposed for detecting and tracking Airborne cooperative retro-reflector carrying targets against noise, clutter and back-scatter sources. A previous range computation method is improved and new possibilities of coherent heterodyne detection and phase conjugate elements are discussed. The presented analysis and computation method has proved to be valuable in the feasibility and design stages of operation LIDAR detection and tracking systems.
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