| 11 | | Currently this includes SWI-Prolog and YAP (make sure that you use the |
| 12 | | multi-threading versions of these Prolog compilers!). Moreover, |
| 13 | | multi-threading may be turned off by default. In order to run the |
| 14 | | examples, you may need to first turn on multi-threading support on the |
| 15 | | Prolog config files. |
| | 11 | Currently this includes SWI-Prolog, YAP, and XSB CVS (make sure that you |
| | 12 | use the multi-threading versions of these Prolog compilers!). Moreover, |
| | 13 | multi-threading may be turned off by default. In order to run the examples, |
| | 14 | you may need to first turn on multi-threading support on the Prolog config |
| | 15 | files. |
| | 16 | |
| | 17 | Some of the examples try to benchmark single-threaded and multi-threaded |
| | 18 | solutions. Depending on the Prolog compiler, the operating-system, and the |
| | 19 | computer used, you may need to adjust the size of the problem data in order |
| | 20 | to find the threshold where multi-threading solutions begin to outperform |
| | 21 | the single-threaded solutions. |