中国科学院心理研究所机构知识库

In order to solve the problem of the limited response ability of the remote client terminal of the distance education platform, this study proposed a cloud computation-based distance education platform for secondary vocational mental health courses. This method first establishes the hierarchical structure system of the education platform, optimizes the connection of typical functional modules and completes the design of the platform application architecture based on the established platform structure system, then completes the construction of OpenStack cloud environment based on the cloud computing service model, and finally configains the data center system based on the relevant mental health course information. Realize the application of various platform technologies. The experimental results show that the application of this platform can make the remote client terminal instantaneous response rate reach the maximum value within 20 min, which is 8.6Mb/s. The response speed and the client terminal instantaneous response rate are superior to the comparison method, which has certain application value.