Friendship based storage allocation for online social networks cloud computing

M. E. Elsaid, C. Meinel
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Abstract

Online Social Networks (OSN) is one of the booming technologies started in the last decade with significant influence in people internet usage and daily life. Billions of individuals and organizations can share their status, news, photos, videos and files in a free open online world wide community. During the last few years, social networks became a key player in the media sector, advertisement, politics and online gaming. Social networks are a special kind of networks; where the users access not only their own data but their friends' data as well. So each user may access many datacenters in few minutes while browsing his/her friends' feeds., Cloud computing is the new era of datacenter that offers IT as a service. In this paper, we propose a storage allocation mechanism in cloud computing that considers the OSN characteristics such as the friendship matrix and users' locations in order to utilize cloud computing usage for social networks. The proposed algorithm minimizes the average users' data access latency in OSN.
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基于友谊的在线社交网络云计算存储分配
在线社交网络(Online Social Networks, OSN)是近十年来兴起的新兴技术之一,对人们的网络使用和日常生活产生了重大影响。数十亿个人和组织可以在一个免费开放的全球在线社区中分享他们的状态、新闻、照片、视频和文件。在过去的几年里,社交网络成为媒体、广告、政治和在线游戏领域的关键角色。社交网络是一种特殊的网络;用户不仅可以访问自己的数据,还可以访问朋友的数据。因此,每个用户可以在几分钟内访问多个数据中心,同时浏览他/她的朋友的feed。云计算是提供IT即服务的数据中心的新时代。在本文中,我们提出了一种云计算中的存储分配机制,该机制考虑了OSN的特征,如友谊矩阵和用户的位置,以利用云计算在社交网络中的使用。该算法最大限度地降低了OSN中用户的平均数据访问时延。
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