Developed from a series of short courses at UCLA extension. Describes specific techniques by which practicing engineers and scientists can bridge theory and application in designing high-performance tracking and surveillance radar systems, primarily for military use. Reviews the recent literature, and introduces newly developed algorithms to solve practical problems. Topics include automatic track formation, dim moving targets, multisensor registration, data association and fusion, automatic target recognition using imaging infrared, and electromechanical systems for optical sensors. Annotation copyright Book News, Inc. Portland, Or.
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Developed from a series of short courses at UCLA extension. Describes specific techniques by which practicing engineers and scientists can bridge theory and application in designing high-performance tracking and surveillance radar systems, primarily for military use. Reviews the recent literature, and introduces newly developed algorithms to solve practical problems. Topics include automatic track formation, dim moving targets, multisensor registration, data association and fusion, automatic target recognition using imaging infrared, and electromechanical systems for optical sensors. Annotation copyright Book News, Inc. Portland, Or.
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