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Fuzzy logic-based Priority Live Migration Model for Efficiency
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 Title & Authors
Fuzzy logic-based Priority Live Migration Model for Efficiency
Park, Min-Oh; Kim, Jae-Kwon; Choi, Jeong-seok; Lee, Jong-Sik;
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If the cloud computing environment is not sufficiently provide the required resources due to the number of virtual server to process the request, may cause a problem that the load applied to the specific server. Migration administrator receive the resources of each physical server for improving the efficiency of the virtual server that exists in the physical servers, and determines the migration destination based on the simulation results. But, there is more overhead predicting the future resource consumption of all the physical server to decide the migration destination through the simulation process in large and complex cloud computing environments. To solve this problem, we propose an improved prediction method with the simulation-based approach. The proposed method is a fuzzy-logic based priority model for VM migration. We design a proposed model with the DEVS formalism. And we also measure and compare a performance and migration count with existing simulation-based migration method. FPLM shows high utilization.
Cloud Computing;Live Migration;Server Virtualization;Distributed Processing;
 Cited by
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