using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides ...
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides ...
I think that this is a linking error, maybe someone can help. I'm using VS2008 compiling a 64bit app and callingmkl_cspblas_dcsrsymv in a c++ routine
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides whether or ...
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides whether or ...
sparse_status_t res = mkl_sparse_d_mv (sparse_operation_t::SPARSE_OPERATION_NON_TRANSPOSE, 1.0, M, matrix_descr, V_in, 0.0, V_out); The return value is always sparse_status_t::SPARSE_STATUS_SUCCESS, but the values returned into V_out do not match...
sparse_status_t res = mkl_sparse_d_mv (sparse_operation_t::SPARSE_OPERATION_NON_TRANSPOSE, 1.0, M, matrix_descr, V_in, 0.0, V_out); The return value is always sparse_status_t::SPARSE_STATUS_SUCCESS, but the values returned into V_out do not match the ones...
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides ...
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides whether or ...
using mkl_set_num_threads2) with smaller matrixsizes leads to only one being utilizedand the wrong result being obtainedfrom the multiplication. It seems that the caseis that when the routine is called withmore thanone cpu, themkl_cspblas_dcsrsymv function decides ...