基于容器的调度及通信技术研究

Scheduling and Communication Technology based on Docker Container

随着云计算技术在各行业的深入应用,服务器资源的快速部署成为一种必需的要求。目前服务器集群的并发量及伸缩性是瓶颈,低负载会导致服务器资源的浪费,而高负载又会影响用户的访问质量。以Docker为代表的容器技术实现了轻量级的虚拟化,提高了各种资源的使用效率和隔离方式。然而,对于大规模的容器集群,如何高效地进行任务调度,提高通信效率以及通信的安全性,是目前讨论的焦点。对容器技术中的任务调度及通信技术进行研究,并分析对应的优化策略,有重要的现实意义。

With the in-depth application of cloud computing technology in various industries,the rapid deployment of server resources becomes a necessary requirement.At present,the concurrency and scalability of the server cluster are bottlenecks,low load would lead to the waste of server resources,while high load may affect the user's access quality.The container technology represented by Docker now achieves lightweight virtualization and could improve the efficiency and isolation of various resources.However,for large-scale container clusters,how to efficiently perform task scheduling,improve communication efficiency communication security is the focus of current discussions.It is of great practical significance to explore the task scheduling and communication technology in the container technology and analyze the corresponding optimization strategy.