Research And Application Of Hybrid Database Schema Optimization In Web-based Inspection System

The widespread application and rapid development of the Internet has greatly promoted the development of Web technology and Web application system,and promoted the enterprise's information construction.Currently,all kinds of Web applications are faced with the problems of high concurrency environment and the amount of data,but also to solve the special needs of the industry application system for data storage.The traditional relational database has not been enough to deal with these problems independently,and how to combine the advantages of the new NoSQL database technology and the traditional relational database to solve the problem is the focus of this research.This paper is based on the base station inspection management system project what undertaken by research laboratory,and is aimed at the problem of concurrent access processing in the application system which is based on Web mode,and the difficulty what is only in base station inspection service that the quantity of the inspection data is large and complex correlation exists between the inspection data,then puts forward the solution that using the hybrid database schema which is formed by the combination of the technical advantages of the relational database and the NoSQL database to optimize the overall performance and the function of the system by the theoretical study and research of related technology of hybrid database schema.This paper completed the hybrid database schema design which is dedicated to the base station inspection service,including the detailed design of the overall storage architecture and the logic function detailed design based on this architecture,and then used Java Web development technology to apply the whole design to the function realization and optimization of the base station inspection management system.Finally,after a series of performance testing and functional testing,this paper verifies the feasibility of the program,the optimization of the system performance and the accurate realization of the various functions.