Yunman Fan, Yusheng Yang, Feng Zhu, Quan He, An Fang
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引用次数: 0
摘要
单节点网站在面对激增时，响应速度慢，页面无法浏览，甚至服务器停机导致服务中断。在对服务器集群进行技术研究和负载均衡的基础上，提出了一种负载均衡架构KNTML (Keepalived +Nginx +Tomcat + Mysql + Linux)，能够满足高可用性、高并发性、高性能的业务需求。以STEM平台为实验对象，经过上线前的压力测试和上线后的实际负载平衡，新架构表现良好。它满足了高并发业务的需求，证明了该体系结构是解决激增问题的一种方法。
The Design and Construction of Load Balancing Architecture Based on KNTML
Single-node websites suffer slow response speed and unbrowsable pages when facing surges, and even server downtime causing service interruptions. It proposed a load balancing architecture KNTML (Keepalived +Nginx +Tomcat + Mysql + Linux) on the basis of technical research and load balancing for server cluster, which can meet the service requirement for high availability, high concurrency, and high performance. Taking the STEM platform as the experimental object, the new architecture performed well after the stress test before online and the actual load-balance after online. It satisfied the needs of high concurrent services and proved that the architecture is a solution to the surge problem.
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