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An Integrated Load-balancing Scheduling Algorithm for Nginx-Based Web Application Clusters

机译:基于Nginx的Web应用程序集群的集成负载平衡调度算法

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In recent years, the LXC (Linux Container)-based Docker technology has attracted great attention due to its lightweight and convenient features. Because of the performance differences among the hosts and the network complexity, it's necessary to improve the resource utilization of WEB application clusters. This paper analyzes the WEB application deployment architecture based on container technology, calculates the host load metrics combined the host's performance indicates and status of the operating containers, including CPU utilization, memory utilization, network utilization, and the proportion of unused memory that has been allocated for the containers, and proposes a Dynamic Weighted Least-Connection Algorithm (DWLC). The experiment shows that, the DWLC algorithm helps the WEB application response 52.6% and 46.4% faster than the ordinary Round-Robin and Least-Connection algorithm.
机译:近年来,基于LXC(Linux Container)的Docker技术因其轻质和方便的特点而引起了极大的关注。由于主机之间的性能差异和网络复杂性,所以有必要提高Web应用程序集群的资源利用率。本文根据集装箱技术分析了Web应用程序部署架构,计算主机负载度量组合组合主机的性能指示和操作容器的状态,包括CPU利用率,内存利用率,网络利用率以及已分配的未使用内存的比例对于容器,并提出动态加权最小连接算法(DWLC)。实验表明,DWLC算法的速度比普通循环和最小连接算法快52.6%和46.4%。

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