云计算平台下“算法与数据结构”过程化实践教学改革
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摘要
"算法与数据结构"课程的实践教学环节在具体的实施过程中还存在许多问题,其中核心问题是学生前导编程课程的基础较为薄弱,导致无法独立完成大纲所要求的实验内容。首先将基于云计算技术的实践教学平台引入该课程实践中,然后通过设计虚拟机模板让学生在一个更加友好的课程实践平台上专注于算法核心代码的训练,达到降低学生抄袭代码或实验报告现象,增强学生参与实验的主动性的目的,使学生的数据结构与算法的设计与应用能力都能够得到有效训练和提高。
In the practice of the Algorithm and Data Structure course,there are still many problems. The most important problem is the introductory programming course did not help the students lay a solid foundation in programming, which makes it difficult for the students to complete independently the experimental tasks required by the curriculum. Therefore,the practical teaching based on cloud computing technology is introduced into the course. By designing a virtual machine template, the students can focus on the practice of the core code of algorithm on a friendlier course practice platform,which can not only limit the students' plagiarizing the code or experimental report to the minimal, but also enhance the initiative of the students to participate in experiments. As a result, the students ' data structure, algorithm design and application abilities have been effectively trained and improved.
In the practice of the Algorithm and Data Structure course,there are still many problems. The most important problem is the introductory programming course did not help the students lay a solid foundation in programming, which makes it difficult for the students to complete independently the experimental tasks required by the curriculum. Therefore,the practical teaching based on cloud computing technology is introduced into the course. By designing a virtual machine template, the students can focus on the practice of the core code of algorithm on a friendlier course practice platform,which can not only limit the students' plagiarizing the code or experimental report to the minimal, but also enhance the initiative of the students to participate in experiments. As a result, the students ' data structure, algorithm design and application abilities have been effectively trained and improved.
引文
[1]张华,张淼,张岩,等.数据结构实验教学研究与实践[J].实验技术与管理,2018,35(5):218-221.
[2]司明,厍向阳,李占利,等.突出计算思维训练的数据结构教学实践[J].实验室研究与探索,2018,37(5):195-201.
[3]张惠珍,马淑娇.“数据结构”课程的教学方法改进探讨[J].上海理工大学学报(社会科学版),2018,40(2):173-178.
[4]华伟,张典,姜官男,等.数据结构与算法分析立体化教学模式探索[J].计算机教育,2018(10):93-96.
[5]杨波,张军.如何解决程序语言教学中的“知易行难”问题[J].计算机教育,2018(7):70-73.
[6]杨雄.微课视域下“算法与数据结构”课程教学改革[J].宜春学院学报,2018,40(9):119-122.
[7]廖明习,饶文碧,袁景凌,等.基于云平台的计算机实验室体系的构建[J].计算机教育,2017(12):150-154.
[2]司明,厍向阳,李占利,等.突出计算思维训练的数据结构教学实践[J].实验室研究与探索,2018,37(5):195-201.
[3]张惠珍,马淑娇.“数据结构”课程的教学方法改进探讨[J].上海理工大学学报(社会科学版),2018,40(2):173-178.
[4]华伟,张典,姜官男,等.数据结构与算法分析立体化教学模式探索[J].计算机教育,2018(10):93-96.
[5]杨波,张军.如何解决程序语言教学中的“知易行难”问题[J].计算机教育,2018(7):70-73.
[6]杨雄.微课视域下“算法与数据结构”课程教学改革[J].宜春学院学报,2018,40(9):119-122.
[7]廖明习,饶文碧,袁景凌,等.基于云平台的计算机实验室体系的构建[J].计算机教育,2017(12):150-154.