Novel remote display method for multimedia cloud

Biao Song, Yuan Tian, M. Hassan, Atif Alamri, M. S. Hossain, Abdulhameed Alelaiwi, Bingyin Zhou
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Abstract

Cloud computing offers sufficient computing and storage resources that can be used to provide multimedia services. Migrating the existing multimedia service to cloud brings a new challenging issue, i.e., remote display of video contents. To reduce the bandwidth consumption especially for mobile users, it is desired to encode video before sending to client. Existing encoding methods have unique advantages and disadvantages, differing their performance under varying situations. Thus, we propose to use multi-encoder method to solve the remote display problem for remote multimedia cloud. To select the most appropriate encoder, factors including cost, application requirement, network, client device and codec implementation are considered. In this paper, we form a non-linear programming model, and take M-JPEG encoder as an example to illustrate how to apply the proposed model for getting desired optimization.
一种新的多媒体云远程显示方法
云计算提供了足够的计算和存储资源,可以用来提供多媒体服务。将现有的多媒体服务迁移到云端带来了一个新的挑战,即视频内容的远程显示。为了减少带宽的消耗,特别是对于移动用户,希望在发送到客户端之前对视频进行编码。现有的编码方法各有优缺点,在不同的情况下表现各异。因此,我们提出采用多编码器的方法来解决远程多媒体云的远程显示问题。为了选择最合适的编码器,需要考虑成本、应用需求、网络、客户端设备和编解码器实现等因素。在本文中,我们建立了一个非线性规划模型,并以M-JPEG编码器为例说明如何应用所提出的模型来获得期望的优化。
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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