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VOL. 1, ISSUE 1 (2025)
A comprehensive study on multi-objective bio-inspired load balancing techniques for efficient cloud computing environments
Authors
Brototi Mondal
Abstract
The rapid expansion of cloud computing has intensified the demand for efficient load balancing mechanisms capable of optimizing multiple conflicting objectives, such as response time, energy consumption, and resource utilization. This study presents a comprehensive analysis of multi-objective bio-inspired techniques for load balancing in cloud environments. The primary objective is to evaluate how nature-inspired optimization algorithms—such as Genetic Algorithms (GA), Particle Swarm Optimization (PSO), Ant Colony Optimization (ACO), and Artificial Bee Colony (ABC)—can be effectively adapted to balance workloads across distributed cloud resources. The research employs a comparative experimental framework using simulated cloud infrastructures on CloudSim to assess algorithmic performance under varying workload intensities and resource heterogeneity. Results indicate that multi-objective bio-inspired approaches outperform traditional heuristic and rule-based methods by achieving up to 23% improvement in task completion time, 18% reduction in energy consumption, and 15% enhancement in overall resource utilization. Among the examined algorithms, the hybrid PSO-GA model demonstrated the most balanced trade-off between performance and stability across diverse scenarios. The study also highlights the scalability and adaptability of bio-inspired methods, making them particularly suitable for dynamic and large-scale cloud systems. The findings suggest that integrating multi-objective optimization with bio-inspired principles provides a promising pathway for enhancing the sustainability and efficiency of cloud computing infrastructures. Future work may explore real-time adaptive models and hybridization strategies to further improve decision-making under uncertain and rapidly changing workloads.
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Pages:20-25
How to cite this article:
Brototi Mondal "A comprehensive study on multi-objective bio-inspired load balancing techniques for efficient cloud computing environments". World Journal of Physics and Applications, Vol 1, Issue 1, 2025, Pages 20-25
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