Classification Method of Uniform Circular Array Radar Ground Clutter Data Based on Chaotic Genetic Algorithm.The classification and recognition of radar clutter is helpful to improve the efficiency of radar signal processing and target detection.  In order to realize the effective classification of uniform circular array (UCA) radar clutter data, a classification method of ground clutter data based on the chaotic genetic algorithm is proposed.  Based on the clustering analysis, results of characteristic factors of radar clutter data under different wave-controlled modes in multiple scenarios, we can see: in radar clutter clustering of different scenes, the chaotic genetic algorithm can save 34.61% of clustering time and improve the classification accuracy by 42.82% compared with the standard genetic algorithm.  In radar clutter clustering of different wave-controlled modes, the timeliness and accuracy of the chaotic genetic algorithm are improved by 42.69% and 20.79%, respectively, compared to standard genetic algorithm clustering.  The clustering experiment results show that the chaotic genetic algorithm can effectively classify UCA radar's ground clutter data.
Chaotic Genetic Algorithm
Classification Method of Uniform Circular Array Radar Ground Clutter Data Based on Chaotic Genetic Algorithm.The classification and recognition of radar clutter is helpful to improve the efficiency of radar signal processing and target detection.  In order to realize the effective classification of uniform circular array (UCA) radar clutter data, a classification method of ground clutter data based on the chaotic genetic algorithm is proposed.  Based on the clustering analysis, results of characteristic factors of radar clutter data under different wave-controlled modes in multiple scenarios, we can see: in radar clutter clustering of different scenes, the chaotic genetic algorithm can save 34.61% of clustering time and improve the classification accuracy by 42.82% compared with the standard genetic algorithm.  In radar clutter clustering of different wave-controlled modes, the timeliness and accuracy of the chaotic genetic algorithm are improved by 42.69% and 20.79%, respectively, compared to standard genetic algorithm clustering.  The clustering experiment results show that the chaotic genetic algorithm can effectively classify UCA radar's ground clutter data.
Genetic Algorithm