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Deep Reinforcement Learning for Workflow Optimization Using Provenance-Based Simulation

机译:使用基于源的仿真对工作流程进行优化的深度强化学习

摘要

Deep reinforcement learning techniques and provenance-based simulation are employed for resource allocation in a shared computing environment. One method comprises: obtaining a specification of a workflow of concurrent workflows in a shared computing environment, wherein the specification comprises workflow states and one or more control variables for the workflow in the shared computing environment; obtaining a simulation model of the workflow representing different configurations of the control variables; evaluating the control variables for the concurrent workflows using a reinforcement learning (RL) agent by observing the states and obtaining an expected utility score for control variable combinations for the execution of the concurrent workflows given an allocation of resources of the shared computing environment, wherein the RL agent performs, using the simulation model, the evaluating, the obtaining the expected utility score, and/or a training of an RL model; and providing an allocation of the resources based on the expected utility score.
机译:深度强化学习技术和基于出处的模拟用于共享计算环境中的资源分配。一种方法包括:获得共享计算环境中并发工作流的工作流的规范,其中,规范包括工作流状态和共享计算环境中该工作流的一个或多个控制变量;获得代表控制变量的不同配置的工作流的仿真模型;给定共享计算环境的资源分配,通过观察状态并获得用于执行并发工作流的控制变量组合的预期效用得分,使用增强学习(RL)代理评估并发工作流的控制变量,其中RL代理使用仿真模型执行评估,获得预期效用分数和/或RL模型的训练;并根据预期效用分数提供资源分配。

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