基于边缘计算的高校创客智能化平台设计研究
|
摘要
探讨了高校创客智能化平台的设计,并将平台部署到基于边缘计算的结构中。首先对高校创客智能化平台进行需求分析,然后介绍了系统的设计。由于平台的用户具有移动性,为了提高平台的性能,将高校创客智能化平台部署在基于边缘计算的设计范式中,并设计了相应的迁移技术。最后采用实验评估该系统的有效性。
This paper discusses the design of intelligent platform for university makers and deploys the platform into the structure based on edge computing. This paper first carries on the demand analysis to the university maker intelligence platform, then introduced the system design. Because the users of the platform have mobility, in order to improve the performance of the platform, this paper deployed the intelligent platform of university makers in the design paradigm based on edge computing, and designed the corresponding migration technology. Finally, the effectiveness of the system is evaluated by experiments.
This paper discusses the design of intelligent platform for university makers and deploys the platform into the structure based on edge computing. This paper first carries on the demand analysis to the university maker intelligence platform, then introduced the system design. Because the users of the platform have mobility, in order to improve the performance of the platform, this paper deployed the intelligent platform of university makers in the design paradigm based on edge computing, and designed the corresponding migration technology. Finally, the effectiveness of the system is evaluated by experiments.
引文
[1] 杨刚.创客教育:我国创新教育发展的新路径[J].中国电化教育,2016(3):8-13.
[2] 郝新春.创客教育的教学实践研究——以Snap+Arduino平台为例[J].中国电化教育,2018,378(07):135-139.
[3] 邓小盾.基于云平台的创客网络学习系统设计[J].自动化与仪器仪表,2018,22,(3):93-96.
[4] Sezer S,Scott-Hayward S,Chouhan P K,et al.Are we ready for SDN Implementation challenges for software-defined networks[J].IEEE Communications Magazine,2013,51(7):36-43.
[5] Cho J ,Nguyen B ,Banerjee A ,et al.SMORE:software-defined networking mobile offloading architecture[C].Workshop on All Things Cellular:Operations.ACM,2014.
[6] Wojciechowski J,Sakowicz B,Dura K,et al.MVC model,struts framework and file upload issues in web applications based on J2EE platform[C].Modern Problems of Radio Engineering,Telecommunications & Computer Science,International Conference.2004:342-345.
[2] 郝新春.创客教育的教学实践研究——以Snap+Arduino平台为例[J].中国电化教育,2018,378(07):135-139.
[3] 邓小盾.基于云平台的创客网络学习系统设计[J].自动化与仪器仪表,2018,22,(3):93-96.
[4] Sezer S,Scott-Hayward S,Chouhan P K,et al.Are we ready for SDN Implementation challenges for software-defined networks[J].IEEE Communications Magazine,2013,51(7):36-43.
[5] Cho J ,Nguyen B ,Banerjee A ,et al.SMORE:software-defined networking mobile offloading architecture[C].Workshop on All Things Cellular:Operations.ACM,2014.
[6] Wojciechowski J,Sakowicz B,Dura K,et al.MVC model,struts framework and file upload issues in web applications based on J2EE platform[C].Modern Problems of Radio Engineering,Telecommunications & Computer Science,International Conference.2004:342-345.