06 October 2025 01:10:27 AM

mxm_openmp():
  C/OpenMP version
  Compute matrix product C = A * B.

  The number of processors available = 8
  The number of threads available    = 1
  The matrix order N                 = 500
  Elapsed seconds = 0.671355
  C(100,100)  = 1

mxm_openmp():
  Normal end of execution.

06 October 2025 01:10:28 AM
06 October 2025 01:10:28 AM

mxm_openmp():
  C/OpenMP version
  Compute matrix product C = A * B.

  The number of processors available = 8
  The number of threads available    = 2
  The matrix order N                 = 500
  Elapsed seconds = 0.330065
  C(100,100)  = 1

mxm_openmp():
  Normal end of execution.

06 October 2025 01:10:28 AM
06 October 2025 01:10:28 AM

mxm_openmp():
  C/OpenMP version
  Compute matrix product C = A * B.

  The number of processors available = 8
  The number of threads available    = 4
  The matrix order N                 = 500
  Elapsed seconds = 0.151418
  C(100,100)  = 1

mxm_openmp():
  Normal end of execution.

06 October 2025 01:10:28 AM
06 October 2025 01:10:28 AM

mxm_openmp():
  C/OpenMP version
  Compute matrix product C = A * B.

  The number of processors available = 8
  The number of threads available    = 8
  The matrix order N                 = 500
  Elapsed seconds = 0.149988
  C(100,100)  = 1

mxm_openmp():
  Normal end of execution.

06 October 2025 01:10:29 AM