Design of French Teaching Effect Analysis Model Based on Random Forest Algorithm and Neural Network

Xi Luan
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Abstract

In order to improve the quality of French in colleges and universities, a French quality data analysis model is proposed integrating the personal information of teachers, students, and teaching methods. The random forest algorithm is used to measure and describe the feature correlation between teachers and students, the feature correlation between objects and target variables, and the more accurate feature classification method is used to filter and save the optimal feature subset. Through the long and short memory in the self-attention mechanism, the neural network combines the portrait information of teachers and students as well as the French teaching information and carries out an in-depth analysis of the relevant data. Then, a more accurate conclusion is drawn on the correlation between the quality of French teaching and the relevant parameters. The empirical analysis results show that the proposed model effectively analyzes the relevant factors and rankings that affect the quality of French teaching at this stage and obtains more reasonable French teaching data to improve the quality of French teaching.
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基于随机森林算法和神经网络的法语教学效果分析模型设计
为了提高高校法语教学质量,提出了一种整合教师、学生个人信息和教学方法的法语教学质量数据分析模型。采用随机森林算法对师生之间、对象与目标变量之间的特征相关性进行度量和描述,并采用更精确的特征分类方法对最优特征子集进行过滤和保存。神经网络通过自我注意机制中的长记忆和短记忆,将师生肖像信息和法语教学信息结合起来,对相关数据进行深入分析。然后,对法语教学质量与相关参数之间的相关性得出更准确的结论。实证分析结果表明,所提出的模型有效地分析了现阶段影响法语教学质量的相关因素和排名,获得了更合理的法语教学数据,提高了法语教学质量。
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