CollabAssure:一个基于市场的移动设备数据服务保障框架

Bhanu Kaushik, Honggang Zhang, Xinyu Yang, Xinwen Fu, Benyuan Liu
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引用次数: 3

摘要

然而,随着智能手机、平板电脑、pda、便携式媒体播放器等支持互联网的移动设备的日益普及,人们对这些设备的互联网接入点的可用性感到担忧。移动用户通常要么为服务的可用性(如3G或LTE)支付过高的费用,要么由于有限的硬件资源(3G或LTE)或运营商强制的数据计划耗尽而无法访问互联网服务。本文介绍了一种基于拍卖的自组织市场模型Collab Assure,该模型为没有互联网接入能力的用户提供服务。Collab Assure框架通过由时空共存的移动用户组成的机会性ad-hoc网络提供服务保证。该系统允许用户将其多余的数据计划“转租”给没有互联网接入的用户。讨论了Collab Assure技术在Android框架下的设计与实现。我们的模拟结果表明,这种方法在现实世界中是成功的,在现实世界中,移动用户需要参与拍卖,以实现按需和低成本的数据服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CollabAssure: A Collaborative Market Based Data Service Assurance Framework for Mobile Devices
Concomitant to the growing popularity of Internet enabled mobile devices such as smartphones, tablets, PDAs, portable media players etc., however, are the concerns about availability of Internet access points for these devices. Mobile users often either overpay for service availability such as (3G or LTE) or suffer incapability of accessing Internet services due to limited hardware resources (3G or LTE) or exhaustion of carrier enforced data plans. In this paper we introduce Collab Assure, an auction based, ad-hoc market model assuring service for users with no Internet access capability. Collab Assure framework provides service assurance through opportunistic ad-hoc networks formed by spatio-temporally co-existing mobile users. The system allows users to "sublet" their surplus data plans to the users without Internet access. We discuss the design and implementation of Collab Assure technology in Android framework. Our simulation results advocate the success of this approach on real world traces, where mobile users need to participate in auctions for achieving on-demand and low-cost data service.
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