在时间可预测的多核处理器上支持逻辑执行时间模型

Florian Kluge, Martin Schoeberl, T. Ungerer
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引用次数: 16

摘要

逻辑执行时间(LET)模型增加了实时任务集的组合性。删除或添加任务不会影响其他任务的通信行为。在这项工作中,我们扩展了运行在时间可预测多核处理器上的多核操作系统,以支持LET模型。对于任务之间的通信,我们采用可预测时间的片上网络来传递消息,以避免共享内存的瓶颈。我们报告了我们的经验,并就内存和执行时间方面的成本给出了结果。
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Support for the logical execution time model on a time-predictable multicore processor
The logical execution time (LET) model increases the compositionality of real-time task sets. Removal or addition of tasks does not influence the communication behavior of other tasks. In this work, we extend a multicore operating system running on a time-predictable multicore processor to support the LET model. For communication between tasks we use message passing on a time-predictable network-on-chip to avoid the bottleneck of shared memory. We report our experiences and present results on the costs in terms of memory and execution time.
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