Abstract-Virtual machine scheduling in the cloud is considered one of the major issue to solve optimal resource allocation problem on the heterogeneous datacenters. Concerning that, the key concern is to map the virtual machines (VMs) with physical machines (PMs) in a way that maximum resource utilization can be achieved with minimum cost. Since scheduling is an NP-hard problem, a metaheuristic approach is proven to achieve a better optimal solution to solve this problem. In a rapid changing heterogeneous environment, where millions of resources can be allocated and deallocate in a fraction of the time, modern metaheuristic algorithms perform well due to its immense power to solve the multidimensional problem with fast convergence speed. This paper presents a conceptual framework for solving multi-objective VM scheduling problem using a novel metaheuristic Whale optimization algorithm (WOA). Furthermore, we present the problem formulation for the framework to achieve multiobjective functions.
A conceptual framework is proposed by REF to solve scheduling problems of multi-objective virtual machines.
A Cloud-based Conceptual Framework for Multi-Objective Virtual Machine Scheduling using Whale Optimization Algorithm
International Journal of Innovative Computing
International Journal of Innovative Computing
Computer Science