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dijkstra_local_ifort_output.txt
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dijkstra_local_ifort_output.txt
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2 July 2010 2:10:23.887 PM
DIJKSTRA_OPEN_MP:
FORTRAN77 version
Use Dijkstra's algorithm to determine the minimum
distance from node 1 to each node in a graph,
given the distances between each pair of nodes.
Although a very small example is considered, we
demonstrate the use of OpenMP directives
for parallel execution.
Distance matrix:
0 40 15 *** *** ***
40 0 20 10 25 6
15 20 0 100 *** ***
*** 10 100 0 *** ***
*** 25 *** *** 0 8
*** 6 *** *** 8 0
P 0 : Parallel region begins with 1 threads.
P 0 : First= 1 Last= 6
P 0 : Connecting node 3
P 0 : Connecting node 2
P 0 : Connecting node 6
P 0 : Connecting node 4
P 0 : Connecting node 5
P 0 : Exiting parallel region.
Minimum distances from node 1:
1 0
2 35
3 15
4 45
5 49
6 41
DIJKSTRA_OPEN_MP:
Normal end of execution.
2 July 2010 2:10:23.891 PM
2 July 2010 2:10:24.099 PM
DIJKSTRA_OPEN_MP:
FORTRAN77 version
Use Dijkstra's algorithm to determine the minimum
distance from node 1 to each node in a graph,
given the distances between each pair of nodes.
Although a very small example is considered, we
demonstrate the use of OpenMP directives
for parallel execution.
Distance matrix:
0 40 15 *** *** ***
40 0 20 10 25 6
15 20 0 100 *** ***
*** 10 100 0 *** ***
*** 25 *** *** 0 8
*** 6 *** *** 8 0
P 0 : Parallel region begins with 2 threads.
P 0 : First= 1 Last= 3
P 1 : First= 4 Last= 6
P 0 : Connecting node 3
P 0 : Connecting node 2
P 0 : Connecting node 6
P 0 : Connecting node 4
P 0 : Connecting node 5
P 0 : Exiting parallel region.
Minimum distances from node 1:
1 0
2 35
3 15
4 45
5 49
6 41
DIJKSTRA_OPEN_MP:
Normal end of execution.
2 July 2010 2:10:24.102 PM
2 July 2010 2:10:24.309 PM
DIJKSTRA_OPEN_MP:
FORTRAN77 version
Use Dijkstra's algorithm to determine the minimum
distance from node 1 to each node in a graph,
given the distances between each pair of nodes.
Although a very small example is considered, we
demonstrate the use of OpenMP directives
for parallel execution.
Distance matrix:
0 40 15 *** *** ***
40 0 20 10 25 6
15 20 0 100 *** ***
*** 10 100 0 *** ***
*** 25 *** *** 0 8
*** 6 *** *** 8 0
P 0 : Parallel region begins with 4 threads.
P 0 : First= 1 Last= 1
P 3 : First= 5 Last= 6
P 1 : First= 2 Last= 3
P 2 : First= 4 Last= 4
P 2 : Connecting node 3
P 3 : Connecting node 2
P 3 : Connecting node 6
P 3 : Connecting node 4
P 3 : Connecting node 5
P 2 : Exiting parallel region.
Minimum distances from node 1:
1 0
2 35
3 15
4 45
5 49
6 41
DIJKSTRA_OPEN_MP:
Normal end of execution.
2 July 2010 2:10:24.313 PM