Volume 10 - Issue 6
A structural twin parametric-margin support vector model and its application in students’ achievements analysis
Abstract
Support vector machine (SVM) is a popular machine-learning method. It is difficult to obtain optimal hyperplane in SVM, thus, this study is to propose a nonlinear structural twin parametric-margin support vector machine for students' English achievements analysis. English course of students is used to study the evaluation performance for students' achievements evaluation based on nonlinear structural twin parametric-margin SVM. The experimental results show that the evaluation accuracy for students' achievements of nonlinear structural twin parametric-margin SVM is higher than TSVM, FSVM or SVM. Thus, we can conclude that nonlinear structural twin parametric-margin SVM is very suitable for students' achievements analysis.
Paper Details
PaperID: 84900469253
Author's Name: Yang, J., Liu, W.
Volume: Volume 10
Issues: Issue 6
Keywords: Nonlinear structural twin parametric-margin, Optimal hyperplane, Quadratic optimization problem, Students' achievements
Year: 2014
Month: March
Pages: 2233 - 2240