Hardware in the loop simulation of arbitrary magnitude shaped correlated radar clutter
2014 11th European Radar Conference, 2014•ieeexplore.ieee.org
This paper describes a simple process for the generation of arbitrary probability distributions
of complex data with correlation from sample to sample, optimized for hardware in the loop
radar environment simulation. Measured radar clutter is used to evaluate the accuracy of the
method, as well as the degradation in accuracy for both the clutter magnitude probability
distribution and Doppler spectrum due to the quantization effects encountered when
implementing statistical clutter generation algorithms on a hardware platform.
of complex data with correlation from sample to sample, optimized for hardware in the loop
radar environment simulation. Measured radar clutter is used to evaluate the accuracy of the
method, as well as the degradation in accuracy for both the clutter magnitude probability
distribution and Doppler spectrum due to the quantization effects encountered when
implementing statistical clutter generation algorithms on a hardware platform.
This paper describes a simple process for the generation of arbitrary probability distributions of complex data with correlation from sample to sample, optimized for hardware in the loop radar environment simulation. Measured radar clutter is used to evaluate the accuracy of the method, as well as the degradation in accuracy for both the clutter magnitude probability distribution and Doppler spectrum due to the quantization effects encountered when implementing statistical clutter generation algorithms on a hardware platform.
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