steel_gemm_splitk.h File Reference

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Functions
template<typename T , typename U , int BM, int BN, int BK, int WM, int WN, bool transpose_a, bool transpose_b, bool MN_aligned, bool K_aligned>
void	gemm_splitk (const device T *A, const device T *B, device U *C, const constant GEMMSpiltKParams *params, uint simd_lane_id, uint simd_group_id, uint3 tid, uint3 lid)
template<typename AccT , typename OutT , typename Epilogue = TransformNone<OutT, AccT>>
void	gemm_splitk_accum (const device AccT *C_split, device OutT *D, const constant int &k_partitions, const constant int &partition_stride, const constant int &ldd, uint2 gid)
template<typename AccT , typename OutT , typename Epilogue = TransformAxpby<OutT, AccT>>
void	gemm_splitk_accum_axpby (const device AccT *C_split, device OutT *D, const constant int &k_partitions, const constant int &partition_stride, const constant int &ldd, const device OutT *C, const constant int &ldc, const constant int &fdc, const constant float &alpha, const constant float &beta, uint2 gid)

Function Documentation

gemm_splitk()

template<typename T , typename U , int BM, int BN, int BK, int WM, int WN, bool transpose_a, bool transpose_b, bool MN_aligned, bool K_aligned>

void gemm_splitk	(	const device T *	A,
		const device T *	B,
		device U *	C,
		const constant GEMMSpiltKParams *	params,
		uint	simd_lane_id,
		uint	simd_group_id,
		uint3	tid,
		uint3	lid )

gemm_splitk_accum()

template<typename AccT , typename OutT , typename Epilogue = TransformNone<OutT, AccT>>

void gemm_splitk_accum	(	const device AccT *	C_split,
		device OutT *	D,
		const constant int &	k_partitions,
		const constant int &	partition_stride,
		const constant int &	ldd,
		uint2	gid )

gemm_splitk_accum_axpby()

template<typename AccT , typename OutT , typename Epilogue = TransformAxpby<OutT, AccT>>

void gemm_splitk_accum_axpby	(	const device AccT *	C_split,
		device OutT *	D,
		const constant int &	k_partitions,
		const constant int &	partition_stride,
		const constant int &	ldd,
		const device OutT *	C,
		const constant int &	ldc,
		const constant int &	fdc,
		const constant float &	alpha,
		const constant float &	beta,
		uint2	gid )