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Policy and mechanism for carbon-aware cloud applications

机译:碳感知云应用程序的策略和机制

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This position paper explores research challenges facing carbon-aware cloud applications. These applications run inside of a renewable-energy datacenter, provision resources on demand, and seek to minimize their use of carbon-heavy, grid energy. First, we argue that carbon-aware applications need new provisioning policies that address the uncertainty of renewable energy. Second, we argue that renewable-energy datacenters need mechanisms to determine the contribution of grid energy to specific application workloads. We propose first-cut solutions to these problems and present preliminary results for carbon-aware Web server running on a small renewable-energy cluster.
机译:本立场文件探讨了碳感知云应用程序面临的研究挑战。这些应用程序在可再生能源数据中心内部运行,按需提供资源,并努力将碳排放量大的网格能源的使用减少到最低限度。首先,我们认为碳感知应用程序需要新的置备策略,以解决可再生能源的不确定性。其次,我们认为可再生能源数据中心需要机制来确定电网能源对特定应用工作负载的贡献。我们针对这些问题提出了第一手的解决方案,并为在小型可再生能源集群上运行的碳感知Web服务器提供了初步结果。

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