基于多目标优化的超盒粒计算分类算法
The Hyperbox Granular Computing Classification Algorithm Based on Multi objective Optimization
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摘要: 粒的数量和分类错误率是粒计算互相冲突的两个目标,同时最小化这两个目标是不可能的.针对此,构造了多目标优化问题,分别建立分类超盒粒数量和训练错误率两个目标,通过多目标演化算法对该多目标优化问题进行求解,从而产生一系列分类超盒粒集.随机产生初始种群,多目标演化算法通过利用演化操作和反复迭代的方法,得到供用户选取不同性能的解集Abstract: Granule number and classification error rate are two conflicting objectives in granular computing, it is impossible to minimize the two objectives simultaneously. The multi-objective optimization including the number of granule number and classification error was formed and solved by multi-objective evolutionary algorithm, and a series of multihyperbox granule sets were achieved. The multiobjective evolutionary algorithm obtained the different solution set by initialization of population, evolution operation and iteration method. Users can select the solution according to their requirements.