Redar: A Remote Desktop Architecture for the Distributed Virtual Personal Computing

2006 Fifth International Conference on Grid and Cooperative Computing (GCC'06) Pub Date : 2006-10-21 DOI:10.1109/GCC.2006.78

Yuedong Zhang, Zhenhua Song, Dingju Zhu, Zhuan Chen, Yuzhong Sun

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引用次数: 12

Abstract

Some popular computing technologies, such as ubiquitous computing, grid computing and thin-client computing, bring people to a much more distributed and pervasive computing environment. Based on these innovative technologies, a distributed virtual personal computing (DVPC) paradigm is coming into being. One of the fundamental challenges in the DVPC design is the virtually integrated but physically distributed desktop system. We proposed Redar, a remote desktop architecture for the DVPC. Redar integrates various user interfaces from diverse service nodes into one virtual desktop, and present the virtual desktop to the ultra-thin user client. The user interfaces currently supported by Redar include the application GUIs as well as the mobile storage interfaces. The key components in Redar are the GUI merger, the virtual desktop manager, the ultra-thin-client and the transport protocols. We have implemented Redar in a DVPC prototype system. According to our evaluation, Redar shows perfect display latency, storage I/O, overhead, scalability and robustness

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Redar:分布式虚拟个人计算的远程桌面架构

一些流行的计算技术，如普适计算、网格计算和瘦客户机计算，将人们带入了一个更加分布式和普适的计算环境。基于这些创新技术，分布式虚拟个人计算(DVPC)范式正在形成。DVPC设计中的一个基本挑战是虚拟集成但物理上分布的桌面系统。我们提出了Redar，一个用于DVPC的远程桌面架构。Redar将不同业务节点的各种用户界面集成为一个虚拟桌面，将虚拟桌面呈现给超薄用户客户端。Redar目前支持的用户界面包括应用程序gui和移动存储界面。Redar的关键组件是GUI合并、虚拟桌面管理器、超瘦客户端和传输协议。我们已经在一个DVPC原型系统中实现了Redar。根据我们的评估，Redar显示出完美的显示延迟、存储I/O、开销、可扩展性和健壮性

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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2006 Fifth International Conference on Grid and Cooperative Computing (GCC'06)

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