Cloudlet-based Augmentation of Mobile Devices

A. Raza, Irfan ul Haq, Usman Shaukat
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引用次数: 1

Abstract

Although Cloud services support wide range of mobile applications, access to Cloud services suffer from several performance issues such as WAN latency, jitter, and packet loss. Frameworks based on the concept known as Edge Computing, Fog Computing or Cloudlet have been proposed to overcome these performance issues. More specifically, Cloud Edge or Cloudlet aims to bring the Cloud or a specific part of the Cloud closer to the mobile device by utilizing proximate computing resources to augment mobile devices. In our proposed framework AD-LET, proximate mobile devices come together to share their resources and create a Cloudlet. AD-LET is self-managing, scalable and can share resources among different types of mobile devices. Experimental results have shown that AD-LET can significantly improves the capability of a mobile device. It augments mobile device thus enabling it to perform resource intensive tasks in the absence of a Cloud or near by infrastructure resources. The layered structure of our framework makes it extensible and allows it to support many types of services and application frameworks.
基于云的移动设备增强
尽管云服务支持广泛的移动应用程序,但是访问云服务会遇到一些性能问题,例如WAN延迟、抖动和数据包丢失。已经提出了基于边缘计算、雾计算或Cloudlet概念的框架来克服这些性能问题。更具体地说,Cloud Edge或Cloudlet旨在通过利用邻近的计算资源来增强移动设备,使云或云的特定部分更接近移动设备。在我们提出的AD-LET框架中,邻近的移动设备聚集在一起共享它们的资源并创建一个Cloudlet。AD-LET具有自我管理、可扩展、可在不同类型的移动设备之间共享资源的特点。实验结果表明,AD-LET可以显著提高移动设备的性能。它增强了移动设备,从而使其能够在没有云或附近基础设施资源的情况下执行资源密集型任务。我们框架的分层结构使其具有可扩展性,并允许它支持多种类型的服务和应用程序框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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