Design and Implementation of System Extensibility under High Concurrency Environment

Abstract

In the high concurrency environment, the design and implementation of system scalability is the key to ensure that the system can carry a large number of concurrent requests, and ensure the stability and response speed. Starting from the definition and classification of system extensibility, this paper discusses the core principles and methods of system extensibility design in high concurrency scenarios. This paper first analyzes the basic principles of scalability design, including the requirements of data throughput, real-time, fault tolerance and so on. This paper discusses in detail how to deal with the challenges of high concurrency environment, such as high load, high concurrency request processing and high availability of the system. The technical details of load balancing, resource scheduling and data analysis modeling framework are analyzed, and a reasonable extensibility design method and technical framework are proposed. Finally, through performance evaluation and experimental results, this paper verifies the effectiveness and feasibility of the proposed extensibility design scheme in high concurrency environment. This study provides theoretical basis and practical guidance for system extensibility design in high concurrency environment.