Students Creativity Modeling with Gene Expression Programming

Jinxin Qian, Jiayuan Yu
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引用次数: 2

Abstract

Williams Creativity Test B (WCTB) and Adolescent Scientific Creativity Scale (ASCS) were used to measure the creative affective and scientific creativity for 550 middle school students. In these students, 70% of them were selected to be as training samples, and the others to be as testing samples. Gene expression programming (GEP), generalized regression neural network (GRNN) and multivariable linear regression (MLR) were used for modeling and testing. The result showed the fitting error of GEP model was the lowest compared with the errors of GRNN and MLR models.
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用基因表达式编程进行学生创造力建模
采用Williams创造力测试B (WCTB)和青少年科学创造力量表(ASCS)对550名中学生的创造性情感和科学创造力进行了测试。在这些学生中,选择其中的70%作为训练样本,其余的作为测试样本。采用基因表达编程(GEP)、广义回归神经网络(GRNN)和多变量线性回归(MLR)进行建模和检验。结果表明,与GRNN和MLR模型的拟合误差相比,GEP模型的拟合误差最小。
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