Self-Adaptively Auto-scaling for Mobile Cloud Applications
Self-Adaptively Auto-scaling for Mobile Cloud Applications
复制标题
移动云应用程序的自适应自动缩放
DOI：
10.1016/j.procs.2016.08.006
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发表时间：
2016
期刊：
影响因子：
--
通讯作者：
Ichiro Satoh
中科院分区：
文献类型：
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作者：
Kanao R;Yokoi M;Ohkumo T;Sakurai Y;Dotsu K;Kura S;Nakatsu Y;Tsuzuki T;Masutani C;Hanaoka F;五箇公一;Ryo Yamamoto and Atsushi Takizawa;Ichiro Satoh
本文提出了一种使分布式应用程序适应用户需求和资源可用性变化的方法。该框架背后的关键思想是组件的动态部署以及组件的划分和合并。前者使组件能够在配置服务器时将自身重新定位到新服务器，并在取消配置服务器时保留服务器。后者使得组件的状态能够被划分并传递给其他组件，并根据用户定义的函数与其他组件合并。让应用程序适应云计算中的弹性非常有用。它被构建为基于 Java 的通用软件组件的中间件系统。本文描述了所提出的方法以及该方法的设计和实现及其应用。
This paper proposes an approach to adapting distributed applications to changes in user requirements and resource availability. The key ideas behind the framework weredynamic deployment of componentsanddividing and merging components. The former enabled components to relocate themselves at new servers when provisioning the servers and remained servers when deprovisioning servers. The latter enabled the states of components to be divided and passed to other components and to be merged with other components according to user-defined functions. It was useful to adapt applications toelasticityin cloud computing. It is constructed as a middleware system for Java-based general-purposed software components. This paper describes the proposed approach and the design and implementation of the approach with applications.