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BUDGET CONSTRAINED OPTIMAL TIME SCHEDULING ALGORITHM IN GRID

机译:网格约束下的预算约束最优时间调度算法

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Tasks’ smallest completion time is a fundamental goal of the grid scheduling, however, the completion time of tasks and cost are often anticorrelated. In this paper, A Budget Constrained Optimal Time Scheduling on the grid computing platforms is discussed, where resources have different speeds of computation and Prices. The task scheduling problem is converted into a linear programming problem. Each resource gains the optimal execution time and the smallest completion time of the task were obtained, under the condition of the budget constraint, using of the simplex algorithm to obtain the optimal solution. The simulation results show that the performance of the algorithm is superior to other similar algorithms.
机译:任务的最小完成时间是网格调度的基本目标,但是任务的完成时间和成本通常是不相关的。本文讨论了网格计算平台上的预算约束最优时间调度,其中资源具有不同的计算速度和价格。任务调度问题被转换为线性规划问题。在预算约束的条件下,利用单纯形算法获得每种资源的最优执行时间,并获得任务的最小完成时间。仿真结果表明,该算法的性能优于其他同类算法。

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