The scheduler does not consider the power states CPUs while selecting
an idle one. So it might happen, that it puts load on a cpu which is
in a deeper power state than another idle one, which has higher
latency and power costs than pushing the load to the core which is not
in a deep power saving
The scheduler does not consider the power states CPUs while selecting
an idle one. So it might happen, that it puts load on a cpu which is
in a deeper power state than another idle one, which has higher
latency and power costs than pushing the load to the core which is not
in a deep power saving
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