2019冠状病毒病疫情与应用交付重组:从物理基础设施到基于云的基础设施的转型

Shadi Beidas, Louis McHugh
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引用次数: 1

摘要

与许多姊妹机构一样,伊利诺伊理工学院(Illinois Tech)的技术服务办公室(OTS)需要为学术软件访问实现一个健壮的解决方案。介绍了在全球COVID-19大流行期间,主要大学应用程序交付从基于本地托管的基于apache的技术和物理计算机实验室向基于云的虚拟计算机实验室的转变。所使用的方法有以下组成部分:评估向基于云的应用交付的不同级别转换;供应商能力评估;应用程序部署方法;教师参与软件选择的方法;监控用户体验的方法;对总会话、总使用时间和最大并发用户使用进行定量评估;将这些字段与以前使用的Apache迭代进行定量比较;对所产生的支援事件进行定量和定性评估;以及对用户体验的定性评估。总体会话增加了近三倍,最大并发用户增加了四倍,由于性能的提高,人均花费在平台上的时间减少了,与教师在应用程序交付过程中的参与度增加了,并改善了整体用户体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The COVID-19 Pandemic and Retooling Application Delivery: The Transformation from Physical to Cloud-Based Infrastructure
As was the case with many sister institutions, the Office of Technology Services (OTS) at the Illinois Institute of Technology (Illinois Tech) needed to implement a robust solution for academic software access. The shift of primary university application delivery from locally-hosted Apache-based technology and physical computer labs to a cloud-based virtual computer lab during the global COVID-19 pandemic is presented. The method utilized had the following components: evaluation of different levels of conversion to cloud-based application delivery; evaluation of vendor capability; methodology for application deployment; methods of faculty engagement with software selection; methods of monitoring the user experience; quantitative assessment of total sessions, total usage hours, and maximum concurrent user usage; quantitative comparison of those fields to the previously used Apache iteration; quantitative and qualitative evaluation of support incidents generated; and qualitative assessment of the user experience. Overall sessions increased nearly threefold, and maximum concurrent users quadrupled, hours spent on the platform per capita decreased as a result of increased performance, engagement with faculty in the application delivery process increased, and improved overall user experience.
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