Exploring the Reform of College English Teaching from the Perspective of New Liberal Arts

IF 3.1 Q1 Mathematics Applied Mathematics and Nonlinear Sciences Pub Date : 2024-01-01 DOI:10.2478/amns-2024-0063
Jinyang Qiu
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Abstract

The construction of new liberal arts requires college English teaching to introduce new concepts, utilize new technologies, and promote students’ effective learning through the intersection of disciplines and curricula, to cultivate integrative talents with innovative and practical abilities. Under the perspective of new liberal arts, this paper integrates deep commonality and uniqueness knowledge mining multimodal clustering, DCUMC algorithmic model and multimodal teaching means to construct a multimodal analysis model framework and reform the English teaching model in colleges and universities. In addition, the information entropy is used to improve the ID3 algorithm to construct multidimensional evaluation indexes for college English teaching, and the improved ID3 algorithm is used for data mining of multidimensional evaluation so that teachers can adjust the teaching progress and difficulty according to real-time and accurate feedback information. Experiments are conducted on multimodal teaching mode and teaching evaluation, and the experimental results show that compared with the traditional teaching mode, the average scores of multimodal English teaching mode after five months are 96 and 85, which is an improvement of 11 points, 69.58%, 67.93%, 56.25%, and 53.79% higher in the ratio of excellent and good evaluations, respectively. Compared to the single teaching evaluation, the multidimensional evaluation points out that the traditional teaching mode needs more designer-student interaction as well as a reduction in the difficulty of the teaching content. In conclusion, the multimodal English teaching model can effectively improve teaching effectiveness and is implementable.
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新文科视角下的大学英语教学改革探索
新文科建设要求大学英语教学引入新理念、运用新技术,通过学科与课程的交叉促进学生有效学习,培养具有创新精神和实践能力的综合型人才。在新文科视角下,本文整合深层共性与独特性知识挖掘多模态聚类、DCUMC算法模型和多模态教学手段,构建多模态分析模型框架,改革高校英语教学模式。此外,利用信息熵改进ID3算法,构建大学英语教学的多维评价指标,并将改进后的ID3算法用于多维评价的数据挖掘,以便教师根据实时准确的反馈信息调整教学进度和难度。对多模态教学模式和教学评价进行了实验,实验结果表明,与传统教学模式相比,多模态英语教学模式5个月后的平均得分分别为96分和85分,提高了11分,优秀和良好评价比例分别提高了69.58%、67.93%、56.25%和53.79%。与单一教学评价相比,多维评价指出,传统教学模式需要更多设计者与学生的互动,以及降低教学内容的难度。总之,多模态英语教学模式能有效提高教学效果,具有可实施性。
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来源期刊
Applied Mathematics and Nonlinear Sciences
Applied Mathematics and Nonlinear Sciences Engineering-Engineering (miscellaneous)
CiteScore
2.90
自引率
25.80%
发文量
203
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