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Designing a Teaching Assistant System for Physical Education Using Web Technology
Mobile Information Systems ( IF 1.863 ) Pub Date : 2021-06-07 , DOI: 10.1155/2021/2301411
Shiyuan Qi 1 , Shoubang Li 1 , Jing Zhang 1
Affiliation  

An efficient and effective management is mandatory for the success of every organization, especially educational institutes. Following the course curriculum and completing it in time are beneficial for the students and the colleges’ reputation in educational institutes. In this paper, intelligent management of physical education curriculum is designed using a Web-based teaching assistant system. The multilayer designed system provides convenience for teachers and students of health and physical education. The data layer collects input data from users and transmits it to the storage layer after being compiled by the decoder. The layer uses memory to save the transmitted data and integrate the saved data into the expansion chip and transmit it to the transmission layer. The Web server at this layer outputs the transmitted data in the form of an HTML structure file through a CGI program and feeds back the output to the browser of the application layer. The man-machine interaction interface of the application layer uses a large-scale hierarchical information visualization method to show data on the browser to users. The experimental results show that the system has comprehensive functions, fast processing speed, and low energy consumption. It has a good page display effect, which is in line with the user’s visual cognition; the recall rate of curriculum scheduling data and curriculum selection data is always higher than 96%, and the data analysis ability is excellent.

中文翻译:

利用Web技术设计体育教学辅助系统

高效和有效的管理对于每个组织的成功都是必不可少的,尤其是教育机构。遵循课程课程并及时完成课程有利于学生和学院在教育机构中的声誉。本文利用基于Web的助教系统设计了体育课程智能管理。多层设计的系统为健康和体育的师生提供了便利。数据层收集用户输入的数据,经解码器编译后传送到存储层。该层使用内存来保存传输的数据,并将保存的数据集成到扩展芯片中传输到传输层。该层的Web服务器通过CGI程序将传输的数据以HTML结构文件的形式输出,并反馈给应用层的浏览器。应用层的人机交互界面采用大规模分层信息可视化的方式,将浏览器上的数据展示给用户。实验结果表明,该系统功能全面,处理速度快,能耗低。具有良好的页面展示效果,符合用户的视觉认知;课程安排数据和课程选择数据的召回率始终高于96%,数据分析能力优秀。应用层的人机交互界面采用大规模分层信息可视化的方式,将浏览器上的数据展示给用户。实验结果表明,该系统功能全面,处理速度快,能耗低。具有良好的页面展示效果,符合用户的视觉认知;课程安排数据和课程选择数据的召回率始终高于96%,数据分析能力优秀。应用层的人机交互界面采用大规模分层信息可视化的方式,将浏览器上的数据展示给用户。实验结果表明,该系统功能全面,处理速度快,能耗低。具有良好的页面展示效果,符合用户的视觉认知;课程安排数据和课程选择数据的召回率始终高于96%,数据分析能力优秀。
更新日期:2021-06-07
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