Online experiment teaching system and method based on container technology

Abstract

The invention belongs to the field of education and teaching, and discloses an online experiment teaching system and method based on a container technology, and the system comprises an online teaching platform, an online experiment platform, a network forwarding device, a mirror image management platform, a cluster capable of employing a containerization technology, and an experiment machine. A user accesses the online experiment platform through the online teaching platform entrance of the browser end; the online experiment platform is connected with the experiment machine in the cluster through the network forwarding equipment; the mirror image management platform manages mirror images in the cluster by providing a private mirror image warehouse, and the mirror image management platform synchronizes data to the online teaching platform through an API interface. According to the invention, an online unified computer experiment environment is provided for a user by combining various different experiment courses in a computer based on a bottom-layer containerized computer cluster, a self-defined network forwarding rule, a mirror image management system, an online teaching platform and the like. The experiment environment configuration time is saved, and the experiment efficiency is improved.

Description

technical field [0001] The invention relates to the field of education and teaching, in particular to an online experimental teaching system and method based on container technology. Background technique [0002] Today, with the rapid development of information technology, due to the time and space limitations of offline teaching, more and more courses adopt online teaching. Various online teaching platforms also provide a large number of high-quality courses; however, most teaching platforms focus on the teaching of theoretical knowledge and do not support experimental teaching. [0003] Traditional experimental teaching requires students to prepare their own experimental resources, such as high-performance computers, high-speed and stable network environment, etc. Students use their own computers as the experimental environment, these environments do not have the same hardware and software configuration, and because the environments required for different course experimen...

AI Technical Summary

Problems solved by technology

Students use their own computers as the experimental environment, these environments do not have the same hardware and software configuration, and because the environments required for different course experiments are different, even students spend most of their time on the environment configuration during the experiment, and cannot focus on the content of the experiment itself

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