Design of high-availability e-reading platform

Abstract

In recent years, people have become more and more accepting of e-reading, and the e-reading industry has developed rapidly. With the increasing demand for e-reading platforms, traditional e-reading platforms have become increasingly unable to satisfy readers’ demand. In view of the above situation, this paper studies and designs a high-availability e-reading platform architecture strategy, realizes hierarchical de-coupling through Spring + Spring MVC + MyBatis framework, improves productivity, adopts cluster load balancing technology, and uses LVS + Keepalived + Nginx as load balancing framework and design a load balancing strategy based on machine learning-decision tree algorithm to further ensure high availability of the platform.