摘要
清华大学仪器设备共享平台在学校提供的负载均衡硬件架构F5以及开源负载均衡软件架构shiro+ehcache+quartz的session同步、缓存同步、定时任务分布式调度管理下,综合运用各种数据库优化技术、服务端优化技术、前端优化技术提升了系统访问速度。实践证明,这套方案是有效的。
Tsinghua University instrument sharing platfom uses F5 as load balancing hardware architecture and shiro＋ ehcache ＋ quartz as load balancing software architecture,which realizes session synchronization,cache synchronization and timed task distributed scheduling,and uses all kinds of database,server and client optimization technology to promote the access speed.This scheme has proved that it is effective in practice.
出处
《实验技术与管理》
CAS
北大核心
2016年第4期235-238,共4页
Experimental Technology and Management
关键词
仪器设备管理
负载均衡
物化视图
SQL优化
management of instruments and equipment
load balancing
materialized view
SQL optimization
