Design of College Practice Information Management Platform based on Constraint Clustering Algorithm

The college practice information management platform studied in this paper is a complete WEB application mode. The system adopts a B/S architecture as a whole, and is compatible with current mainstream browsers. Users do not need to install additional software, but only need to open the browser and input the website configured in advance in the background to easily use this system. In the actual development of the system, the front-end is mainly developed using components such as the Angular framework, Material UI, Tabulator, and Marvin JS. The back-end is developed using Python language, and the back-end server uses Postgres database. In terms of system deployment, a hybrid cloud architecture is adopted, with public clouds deployed within the research and development company to provide public security services such as user permission control and user password verification; The private cloud is deployed inside the user's enterprise to store all local data generated by the user in the system, ensuring the security of the user's data.