通过实验了解移动计算卸载到云的挑战

Padmaja Joshi, Ashwin Nivangune, Ranjan Kumar, Sathish Kumar, R. Ramesh, Sushant Pani, Arif Chesum
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引用次数: 9

摘要

随着网络连接的增加和低成本云资源的可能性,动态任务卸载到云端似乎是提高移动设备性能并节省电池消耗的理想解决方案。移动云计算(MCC)允许扩展移动设备上有限的可用资源,以执行复杂而丰富的移动应用程序。在本文中,我们讨论了为了解应用程序特性、云端架构和所使用的Android模拟器对应用程序扩展到云时的性能的影响而进行的实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Understanding the Challenges in Mobile Computation Offloading to Cloud through Experimentation
With increase in network connectivity and possibility of low cost cloud resources, dynamic task offloading to cloud seems to be an ideal solution to improve performance of mobile devices along with saving on battery consumption. Mobile Cloud Computing (MCC) allows extending limited resources available on mobile devices to execute complex and rich mobile applications. This paper brings out the findings of %In this paper, we discuss the experiments carried out to understand the impact of application characteristics, cloud end architecture and the Android emulator used, on application performance when the application is augmented to cloud.
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