在分析数智化内涵与外延基础上,多视角分析了数智化是如何影响数学专业学生的实践创新能力提升。进而阐述了数智化融入数学专业实践创新能力提升的实施路径及案例分析,最后为评估数智化融入数学学科的有效性,基于本校数学专业学生的实...在分析数智化内涵与外延基础上,多视角分析了数智化是如何影响数学专业学生的实践创新能力提升。进而阐述了数智化融入数学专业实践创新能力提升的实施路径及案例分析,最后为评估数智化融入数学学科的有效性,基于本校数学专业学生的实际数据,对数智化使用满意度进行问卷调查并进行数据分析,并提出整改建议。Based on the analysis of the connotation and extension of digitization, we analyze how digitization affects the improvement of the practical innovation ability of mathematics majors. Furthermore, the implementation path and case analysis of integrating digitalization into the practical innovation ability of mathematics majors were elaborated. Finally, in order to evaluate the effectiveness of integrating digitalization into mathematics, a questionnaire survey was conducted based on the actual data of mathematics majors in our university to investigate their satisfaction with the use of digitalization, and data analysis was conducted. Suggestions for improvement were also proposed.展开更多
文摘在分析数智化内涵与外延基础上,多视角分析了数智化是如何影响数学专业学生的实践创新能力提升。进而阐述了数智化融入数学专业实践创新能力提升的实施路径及案例分析,最后为评估数智化融入数学学科的有效性,基于本校数学专业学生的实际数据,对数智化使用满意度进行问卷调查并进行数据分析,并提出整改建议。Based on the analysis of the connotation and extension of digitization, we analyze how digitization affects the improvement of the practical innovation ability of mathematics majors. Furthermore, the implementation path and case analysis of integrating digitalization into the practical innovation ability of mathematics majors were elaborated. Finally, in order to evaluate the effectiveness of integrating digitalization into mathematics, a questionnaire survey was conducted based on the actual data of mathematics majors in our university to investigate their satisfaction with the use of digitalization, and data analysis was conducted. Suggestions for improvement were also proposed.
