Re: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

Hi, On 02/28/2018 07:46 AM, Gaku Inami wrote: > Hi > [...] > > Tested-by: Gaku Inami > > I tested as same in other SoC. It looks fine. > Thanks for testing on your side !

Re: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

Hi, On 02/28/2018 07:46 AM, Gaku Inami wrote: > Hi > [...] > > Tested-by: Gaku Inami > > I tested as same in other SoC. It looks fine. > Thanks for testing on your side !

RE: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

r.eggem...@arm.com; > vincent.guit...@linaro.org; linux-kernel@vger.kernel.org; > Morten Rasmussen <morten.rasmus...@arm.com> > Subject: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric > capacity systems > > > The patches have been tested on: >

RE: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

r.eggem...@arm.com; > vincent.guit...@linaro.org; linux-kernel@vger.kernel.org; > Morten Rasmussen > Subject: [PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric > capacity systems > > > The patches have been tested on: >1. Arm Juno (r0): 2+4 Cortex A5

[PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

On asymmetric cpu capacity systems (e.g. Arm big.LITTLE) it is crucial for performance that cpu intensive tasks are aggressively migrated to high capacity cpus as soon as those become available. The capacity awareness tweaks already in the wake-up path can't handle this as such tasks might run or

[PATCH 0/7] sched/fair: Migrate 'misfit' tasks on asymmetric capacity systems

On asymmetric cpu capacity systems (e.g. Arm big.LITTLE) it is crucial for performance that cpu intensive tasks are aggressively migrated to high capacity cpus as soon as those become available. The capacity awareness tweaks already in the wake-up path can't handle this as such tasks might run or