Application of Decision Tree Classification Algorithm in Quality Assessment of Distance Learning in Colleges

Fang Nan, Yanan Li, Jing Zhang, Xuesong Yin, Xintong Cui
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Abstract

INTRODUCTION: The quality assessment technology of distance education in colleges and universities, as the critical technology for identifying the quality of distance education in colleges and universities, is conducive to the improvement of the quality of distance teaching and the progress of the existing means and methods of distance education, which makes the means of distance teaching in colleges and universities rich in science. OBJECTIVES: Aiming at the evaluation methods of higher education institutions, there are problems such as insufficient objectivity and comprehensiveness of the evaluation system, single process, and inadequate quantitative analysis. METHODS:Proposes a decision tree and intelligent optimization algorithm for the college distance teaching quality assessment method. Firstly, the kernel principal component analysis method is used to carry out dimensionality reduction analysis on the index system of college distance teaching quality assessment; then, the decision tree parameters are optimized through the marine predator algorithm to construct a college distance teaching quality assessment model; finally, the robustness and efficiency of the proposed method are verified through simulation experimental analysis. RESULTS: The results show that the proposed method improves the accuracy of the assessment model. CONCLUSION: The problem of insufficient objective and scientific evaluation and low precision of distance teaching quality assessment methods in colleges and universities is solved.
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决策树分类算法在高校远程教育质量评估中的应用
引言:高校远程教育质量评估技术作为鉴定高校远程教育质量的关键技术,有利于远程教学质量的提高和现有远程教育手段和方法的进步,使高校远程教学手段丰富科学。 目的:针对高等院校评价方法存在评价体系不够客观全面、过程单一、定量分析不足等问题。 方法:提出一种决策树与智能优化算法的高校远程教学质量评估方法。首先,利用核主成分分析方法对高校远程教学质量评估指标体系进行降维分析;然后,通过海洋捕食者算法对决策树参数进行优化,构建高校远程教学质量评估模型;最后,通过仿真实验分析验证了所提方法的稳健性和高效性。 结果:结果表明,所提方法提高了评估模型的准确性。 结论:解决了高校远程教学质量评估方法不够客观、科学,评估精度不高的问题。
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