摘要
为了基于通用技术架构体系处理高并发问题,构建完整且有效的技术方案,归纳出“日常业务处理”和“日志采集分析”两类高并发应用的通用场景,提出了一种能够融合不同通用场景的高并发处理六层技术架构体系,并沿并发数据流逐层梳理了当今流行的技术手段。该六层技术架构体系可以在应对类似高并发应用场景时提供架构参考,有助于开发人员在面对各自项目时,从全局高度对数据流逐个环节中可能用到的技术手段进行考量和筛选。
In order to deal with high-concurrency problems based on a common technical architecture system,while constructing a complete and effective technical solution,and to summarize the general scenarios of two types of high-concurrency applications—”daily business processing”and“log collection and analysis”,a high-concurrency processing six-layer technology architecture system capable of fusing different common scenarios is proposed.It sorts out the current popular technical means layer by layer along the concurrent data flow.The six-tier technology architecture system can provide architectural reference when dealing with similar high-concurrency application scenarios,helping developers to consider and screen the technical methods that may be used in the data flow step by step when facing their respective projects.
作者
张宇光
ZHANG Yu-guang(No.30 Institute of CETC,Chengdu Sichuan 610041,China;Cyberspace Security Key Laboratory of Sichuan Province,Chengdu Sichuan 610041,China)
出处
《通信技术》
2020年第1期93-100,共8页
Communications Technology
基金
面向复杂战场环境的物联网软件链漏洞分析与安全增强技术研究（No.61403120502）~~
关键词
互联网
高并发
架构
通用场景
internet
high concurrency
architecture
general scenario
