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AN ENERGY EFFICIENCY STRATEGY FOR INTERRUPT HANDLING IN A MULTI-CLUSTER SYSTEM

机译:多集群系统中中断处理的能效策略

摘要

Energy efficiency is managed in a multi-cluster system. The system detects an event in which a current operating frequency of an active cluster enters or crosses any of one or more predetermined frequency spots of the active cluster, wherein the active cluster includes one or more first processor cores. When the event is detected, the system performs the following steps: (1) identifying a target cluster including one or more second processor cores, wherein the each first processor core in the first cluster and each second processor core in the second cluster have different energy efficiency characteristics; (2) activating at least one second processor core in the second cluster; (3) determining whether to migrate one or more interrupt requests from the first cluster to the second cluster; and (4) determining whether to deactivate at least one first processor core of the active cluster based on a performance and power requirement.
机译:在多集群系统中管理能源效率。该系统检测事件,在该事件中,活动集群的当前工作频率进入或越过该活动集群的一个或多个预定频率点中的任何一个,其中该活动集群包括一个或多个第一处理器核。当检测到事件时,系统执行以下步骤:(1)识别包括一个或多个第二处理器内核的目标群集,其中第一群集中的每个第一处理器内核和第二群集中的每个第二处理器内核具有不同的能量效率特征; (2)激活第二集群中的至少一个第二处理器核心; (3)确定是否将一个或多个中断请求从第一集群迁移到第二集群; (4)基于性能和功率要求来确定是否停用活动集群的至少一个第一处理器核。

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