The term "cloud computing" refers to a style of delivering computing resources over the Internet that is abstracted, virtualized, managed, and dynamically demand-driven. Notable capabilities include virtualization, heterogeneity, measured service, pricing, resource pooling, and elasticity. The purpose of this paper is to propose a model for task-based resource allocation in the context of cloud computing. The Process is responsible for allocating resources based on the available resources and user preferences. This paper provides a framework for the analysis of resource scheduling algorithms, which allows computing resources to be allocated based on the priority of each job. Three algorithms' time constraints are compared and contrasted. Many different scheduling algorithms, including Round Robin, Preemptive Priority, and Shortest Remaining Time First, as well as the Resource-Aware Hybrid Scheduling Algorithm and the Hybrid Job Scheduling Algorithm, have been considered. The results of running the proposed method in a cloud data centre simulator, or "cloudsim," demonstrate that it is possible to increased effectiveness in terms of response time, resource utilisation, and overall success rate time. In a simulation study, the method was found to increase the efficiency of resource scheduling by When compared to state-of-the-art works, it improves performance by 7.1% and decreases response time by 35.5%.