Titlebook: Content Distribution for Mobile Internet: A Cloud-based Approach; Zhenhua Li,Yafei Dai,Yunhao Liu Book 20161st edition Springer Science+Bu

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Alain Borel,Lothar Helm,André E. Merbachfrom anywhere, on any device, and at any time. The cornerstone of these services is the . (sync) operation which . maps the changes in users’ local filesystems to the cloud via a series of network communications in a . manner. If not designed properly, however, the tremendous amount of data sync tra

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Content Distribution for Mobile Internet: A Cloud-based Approach

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Content Distribution for Mobile Internet: A Cloud-based Approach978-981-10-1463-5

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Cloud Downloading for Unpopular Videosommercial system (named VideoCloud) confirm the effectiveness and efficiency of cloud download. The users’ average data transfer rate of unpopular videos exceeds 1.6 Mbps, and over 80 % of the data transfer rates are more than 300 Kbps which is the basic playback rate of online videos. Our study pro

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Offline Downloading: A Comparative Studyance bottlenecks. We feel that offline downloading has broad applicability to other areas of the world that lack broadband penetration. By deploying offline downloading technologies, coupled with our proposed ODR middleware, the Internet experiences for users in many parts of the world can be improv

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Toward Network-Level Efficiency for Cloud Storage Services sense wasteful, and can be effectively avoided or significantly reduced via carefully designed data sync mechanisms. Overall, our study of . of cloud storage services not only provides guidance for service providers to develop more efficient, traffic-economic services, but also helps users pick app