[Relay][Strategy] Use x86 dense schedules for arm_cpu#15470
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leandron merged 1 commit intoapache:mainfrom Aug 7, 2023
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[Relay][Strategy] Use x86 dense schedules for arm_cpu#15470leandron merged 1 commit intoapache:mainfrom
leandron merged 1 commit intoapache:mainfrom
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ekalda
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Aug 4, 2023
Currently the fallback used when compiling a dense operation with targets such as `llvm -device=arm_cpu` is `dense.generic`. This results very poor performance. Although apache#13775 meant that x86 schedules are used in cases where no strategy is provided by arm_cpu, the dense strategy is registered due to the existance of specialized schedules for arm_cpu e.g. a schedule for embedded devices. This commit ensures x86 schedules are used inplace of a generic schedule which yeilds much better performance. The commit also follows the same approach for the `dense.generic` schedule as the x86 strategy. This will only be used when autoscheduler is enabled. A test has been added to check the intended schedules are picked when compiling with `arm_cpu`. Change-Id: I8697f630d4acfab71a9626cf9e0dc3086987f163
lhutton1
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Aug 8, 2023
Similar to apache#15470, x86 schedules are used in place of generic schedules to improve performance. Since the pooling strategy does not use `OpStrategy`, mocking is used to ensure the relevant `schedule_pool` function is called when lowing a Relay pooling operation with respect to a given target. Change-Id: I782fe00e29f9c9cf41b3405d33a82a79cd85a99b
lhutton1
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Aug 9, 2023
Similar to #15470, x86 schedules are used in place of generic schedules to improve performance. Since the pooling strategy does not use `OpStrategy`, mocking is used to ensure the relevant `schedule_pool` function is called when lowing a Relay pooling operation with respect to a given target.
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Currently the fallback used when compiling a dense operation with targets such as
llvm -device=arm_cpuisdense.generic. This results in very poor performance. Although #13775 meant that x86 schedules are used in cases where no strategy is provided by arm_cpu, the dense strategy is registered due to the existence of specialized schedules for arm_cpu e.g. a schedule for embedded devices. This commit ensures x86 schedules are used inplace of a generic schedule which yields much better performance.The commit also follows the same approach for the
dense.genericschedule as the x86 strategy. This will only be used when auto-scheduler is enabled.A test has been added to check the intended schedules are picked when compiling with
arm_cpu.cc @ekalda @neildhickey