The development of cloud computing has made container tec-hnology a hot research issue in recent years. The container technology provides a basic support for micro service architecture, while container networking play...The development of cloud computing has made container tec-hnology a hot research issue in recent years. The container technology provides a basic support for micro service architecture, while container networking plays an important role in application of the container technology. In this paper, we study the technical implementation of the Flannel module, a network plug-in for Docker containers, including its func tions, implementation principle, utilization, and performance. The performance of Flannel in different modes is further tested and analyzed in real application scenarios.展开更多
网络即插即用技术,在异质特性的网络环境中构造应用变得越来越重要,针对目前几种常见的网络即插即用中间件技术,它们是Jini、Universal Plug and Play(UPnP)以及Salutation,对这几种技术的工作机制进行了详细的分析和比较,阐明了各自的...网络即插即用技术,在异质特性的网络环境中构造应用变得越来越重要,针对目前几种常见的网络即插即用中间件技术,它们是Jini、Universal Plug and Play(UPnP)以及Salutation,对这几种技术的工作机制进行了详细的分析和比较,阐明了各自的优缺点和适用范围,对每种技术涉及的相关问题进行了说明,文章最后对这几种技术的应用前景进行了展望。展开更多
文摘The development of cloud computing has made container tec-hnology a hot research issue in recent years. The container technology provides a basic support for micro service architecture, while container networking plays an important role in application of the container technology. In this paper, we study the technical implementation of the Flannel module, a network plug-in for Docker containers, including its func tions, implementation principle, utilization, and performance. The performance of Flannel in different modes is further tested and analyzed in real application scenarios.
文摘网络即插即用技术,在异质特性的网络环境中构造应用变得越来越重要,针对目前几种常见的网络即插即用中间件技术,它们是Jini、Universal Plug and Play(UPnP)以及Salutation,对这几种技术的工作机制进行了详细的分析和比较,阐明了各自的优缺点和适用范围,对每种技术涉及的相关问题进行了说明,文章最后对这几种技术的应用前景进行了展望。
