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This article proposes a modification of the standard Linux scheduler for a support of a reconfigurable heterogeneous multiprocessor system. The standard Linux scheduler is limited to a homogeneous multiprocessor system only. The addition of the processing core with a different feature requires modification of a decision algorithm of the scheduler as a heterogeneous task cannot be executed on any processing...
This article presents a design of a dynamically reconfigurable hybrid multiprocessor system on a chip (SoC), where individual reconfiguration partitions (RP) are time multiplexed by demands of a task. Scheduling the RPs is designed to be done by a modified Linux kernel. Design is partially implemented on the experimental platform, tested by multiple benchmarks and will be extended in the future.
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