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Improving Resource Utilization of a Cloud-Based Testing Platform for Android Applications

机译:提高Android应用程序基于云测试平台的资源利用率

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The Cloud Testing Platform (CTP) is a cloud-based system for testing Android applications (apps). It can be used to test whether an Android app can provide consistent user experiences on diverse devices developed by different manufacturers with customized specifications and operating system versions. The CTP employs virtual machines (VMs) to interact with various mobile devices currently for performing tests. However, improper size of VM pool and unbalanced loads on devices can result in low resource utilization or increase the response time of tests. To manage the resources of CTP more effectively, this paper presents a resource adaptation strategy that can adjust the number of VMs dynamically based on the workload of CTP and the number of available devices and can balance the loads across multiple devices of the same type to improve their usages and the average waiting time of tests. Experimental results indicate that the proposed strategy can be promising on improving the resource utilization of CTP.
机译:云测试平台(CTP)是一种基于云的系统,用于测试Android应用程序(应用程序)。它可用于测试Android应用程序是否可以为不同制造商开发的不同设备提供一致的用户体验,具有定制规范和操作系统版本。 CTP使用虚拟机(VM)与当前用于执行测试的各种移动设备进行交互。但是,VM池大小的不正确大小和设备上的不平衡负载可能导致资源利用率低或增加测试响应时间。要更有效地管理CTP的资源,本文提出了一种资源适应策略,可以根据CTP的工作量和可用设备的数量动态调整VM的数量,并且可以平衡相同类型的多个设备的负载来改进他们的用法和测试的平均等待时间。实验结果表明,拟议的策略可以提高CTP的资源利用。

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