This document discusses task scheduling optimization in cloud computing using the Monarch Butterfly Optimization algorithm. It begins with an introduction to cloud computing and discusses its advantages like extending battery life and improving data storage and processing. It then discusses issues with cloud computing like low bandwidth and service availability. The problem statement aims to reduce makespan time and cost for task scheduling using optimization techniques. It describes the Monarch Butterfly Optimization algorithm which mimics monarch butterfly migration patterns. The results show that MBO achieves lower makespan time and cost compared to Particle Swarm Optimization and Ant Colony Optimization. Future work includes reducing makespan time and cost further using hybrid methods and applying the algorithm to other optimization factors.
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