Random-noise radar has been applied successfully to range measurement, velocity estimation and terrain/target imaging. For applications involving stationary targets, long integration times and process averaging are easily tolerated. In situations where the target or radar platform moves at high speed, the impact of this relative motion on system design should be considered. This work addresses the statistical performance of a generic random-noise radar receiver and examines the inter-relationships between design parameters and performance tradeoffs. Complementing this examination, a random-noise monopulse system is also investigated as a possible architecture for real-time angle estimation. Simulations and numerical illustrations provide the basis of processor design and performance prediction.
Design considerations for a real-time random-noise tracking radar
IEEE Transactions on Aerospace and Electronic Systems ; 40 , 2 ; 434-445
2004-04-01
904563 byte
Article (Journal)
Electronic Resource
English
Design Considerations for a Real-Time Random-Noise Tracking Radar
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