Enhancing and tuning the multi-objective evolutionary algorithm used in solid-state moving target detector radar pulse burst optimization

Abstract

Multiple-PRF coherent interleaved pulse burst (MPCIPB) is a waveform which enables a solid-state moving target detector radar to mitigate range eclipsing and Doppler blind zone issues simultaneously. This paper recapitulates the previous work on the multi-objective optimization problem of MPCIPB design. Three issues in the previous work are identified and addressed, ultimately leading to a conclusion that the high-quality Pareto optimal set approximations can be found in significantly shorter time than it was believed earlier.