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Volunteer Computing and Desktop Cloud: The Cloud@Home Paradigm

机译:志愿者计算和桌面云:云@ home paradigm

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Only commercial cloud solutions have been implemented so far, offering computing resources and services for renting. Some interesting projects, such as Nimbus, OpenNEbula, Reservoir, work on cloud. One of their aims is to provide a cloud infrastructure able to provide and share resources and services for scientific purposes. The encouraging results of volunteer computing projects in this context and the flexibility of the cloud, suggested to address our research efforts towards a combined new computing paradigm we named Cloud@Home.On one hand it can be considered as a generalization of the @homephilosophy, knocking down the barriers of volunteer computing, and also allowing to share more general services. On the other hand, Cloud@Home can be considered as the enhancement of the grid-utility vision of cloud computing. In this new paradigm, userspsila hosts are not passive interface to cloud services anymore, but they can interact (free or by charge) with other clouds. In this paper we present the Cloud@Home paradigm, highlighting its contribution to the actual state of the art on the topic of distributed and cloud computing. We detail the functional architecture and the core structure implementing such paradigm, demonstrating how it is really possible to build up a Cloud@Home infrastructure.
机译:到目前为止,只有商业云解决方案已经实施,提供了用于租赁的计算资源和服务。一些有趣的项目,如尼布斯,曼德布拉,水库,在云上工作。其中一个目标是提供能够为科学目的提供和共享资源和服务的云基础架构。在这种背景下的志愿者计算项目的令人鼓舞的结果和云的灵活性,建议在我们命名为Cloud@home的合并新计算范例中解决我们的研究工作。一只手它可以被视为@homephilosophy的概括,击倒志愿者计算的障碍,也允许分享更多的一般服务。另一方面,云@ Home可以被视为增强云计算的网格实用性视觉。在这个新的范例中,Usspspsila主机不再是云服务的被动接口,但它们可以与其他云进行互动(免费或充电)。在本文中,我们介绍了云@主页范式,突出了对分布式和云计算主题的实际技术的贡献。我们详细介绍了实现此类范例的功能架构和核心结构,展示了如何建立云@ Home基础架构。

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