期刊
CLUSTER COMPUTING-THE JOURNAL OF NETWORKS SOFTWARE TOOLS AND APPLICATIONS
卷 23, 期 4, 页码 2629-2658出版社
SPRINGER
DOI: 10.1007/s10586-019-03032-x
关键词
Virtual machine; Migration; Regression; Markov model; ANN; ARIMA
High cost of data centers' energy consumption and its environmental effects such as CO(2)emissions have inspired numerous researches to provide more efficient VM management approaches. VM migration is one of the critical VM management activities whose performance has a direct effect on the energy efficiency of cloud data centers (DCs). To conduct a more effective migration process and reduce the number of VM migrations, some of the VM management frameworks apply prediction algorithms to forecast various migration and VM-related factors. This paper presents an extensive survey and taxonomy of the predictive VM migration approaches adapted for the cloud DCs. For this purpose, it first provides the key issues regarding the VM migration and then classifies them based on their applied prediction algorithm. It illustrates the main contributions of each scheme and describes how prediction methods are integrated into the VM migration process, to make it more effective. Moreover, a comparison of the predictive migration schemes is provided. Finally, the concluding remarks and future research areas are specified.
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