Cloud-based Architecture for Education Informatization Platform

In using education cloud services, users do not need to worry about the hardware configuration, software deployment, storage and backup, data security, and other issues. Users only need to have the network and terminal devices (fixed terminals and mobile terminals) to access education cloud resources anytime and anywhere. The purpose of this study is to propose the design of an education information technology platform based on cloud architecture technology. The j2ee technology is described, and the functions of each functional module are introduced separately. The problems faced by the platform's job scheduling performance are explored to propose weighted polling with a priority algorithm (PBWRR). Through comparison experiments with the FCFS algorithm, PBWRR satisfies the prioritization process while improving the efficiency of the education information technology platform. The application of educational information platform has a promoting effect on the high-quality development of rural basic education.