On Tue, Mar 24, 2015 at 01:14:39PM +, Peter Zijlstra wrote:
> On Wed, Feb 04, 2015 at 06:31:13PM +, Morten Rasmussen wrote:
> > cpuidle associates all idle-states with each cpu while the energy model
> > associates them with the sched_group covering the cpus coordinating
> > entry to the
On Wed, Feb 04, 2015 at 06:31:13PM +, Morten Rasmussen wrote:
> cpuidle associates all idle-states with each cpu while the energy model
> associates them with the sched_group covering the cpus coordinating
> entry to the idle-state. To get idle-state power consumption it is
> therefore
On Wed, Feb 04, 2015 at 06:31:13PM +, Morten Rasmussen wrote:
cpuidle associates all idle-states with each cpu while the energy model
associates them with the sched_group covering the cpus coordinating
entry to the idle-state. To get idle-state power consumption it is
therefore necessary
On Tue, Mar 24, 2015 at 01:14:39PM +, Peter Zijlstra wrote:
On Wed, Feb 04, 2015 at 06:31:13PM +, Morten Rasmussen wrote:
cpuidle associates all idle-states with each cpu while the energy model
associates them with the sched_group covering the cpus coordinating
entry to the
cpuidle associates all idle-states with each cpu while the energy model
associates them with the sched_group covering the cpus coordinating
entry to the idle-state. To get idle-state power consumption it is
therefore necessary to translate from cpuidle idle-state index to energy
model index. For
cpuidle associates all idle-states with each cpu while the energy model
associates them with the sched_group covering the cpus coordinating
entry to the idle-state. To get idle-state power consumption it is
therefore necessary to translate from cpuidle idle-state index to energy
model index. For
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