Title : ( Bi-Objective Resource Allocation for Cloud Service Providers: A Dichotomic Approach to Pareto Optimization )
Authors: Somayeh Sobati-M. , A.H.S. Razavi , M. Zaferanieh ,Access to full-text not allowed by authors
Abstract
Cloud computing refers to a paradigm where users request necessary computing resources through the Internet, and now there are numerous cloud service providers offering various resources and services at affordable costs. However, finding a provider that adequately caters to both commercial and operational needs is becoming increasingly challenging. This research proposes a bi-objective virtual machine resource allocation problem, which includes payment cost and execution time as the primary objective criteria. The proposed solution approach involves presenting a bi-objective mixed integer problem formulation followed by a two-phase method based on combinatorial optimization techniques to discover all Pareto optimal solutions. In phase 1, the utilized two-phase combinatorial technique locates all supported Pareto optimal solutions, while in phase 2, it obtains the inner non-supported Pareto optimal solutions. Additionally, suitable weights for payment cost and execution time objectives are determined corresponding to all existing Pareto optimal solutions.
Keywords
, cloud computing, bi-objective programming, virtual machine assignment, pareto optimality, scientific workflow, resource allocation.@article{paperid:1107469,
author = {Somayeh Sobati-M., and A.H.S. Razavi and M. Zaferanieh},
title = {Bi-Objective Resource Allocation for Cloud Service Providers: A Dichotomic Approach to Pareto Optimization},
journal = {Communications in Combinatorics and Optimization},
year = {2026},
month = {May},
issn = {2538-2128},
keywords = {cloud computing; bi-objective programming; virtual machine assignment;
pareto optimality; scientific workflow; resource allocation.},
}
%0 Journal Article
%T Bi-Objective Resource Allocation for Cloud Service Providers: A Dichotomic Approach to Pareto Optimization
%A Somayeh Sobati-M.,
%A A.H.S. Razavi
%A M. Zaferanieh
%J Communications in Combinatorics and Optimization
%@ 2538-2128
%D 2026
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