149 | | * MPI kernel must be the sole kernel of the particular MUSCLE instance (for this reason, in our example we had to start `plumber` kernel in separate MUSCLE instance). |
150 | | * Many MPI implementations exploits low level optimization techniques (like Direct Memory Access) that may cause crash of Java Virtual Machine. |
151 | | * Using MPI to start many Java Virtual Machines, which loads some native dynamic-link library that later calls MPI routines is something that most people rarely do. In case of problems you might not found any help (you have been warned! ;-). |
| 149 | * MPI kernel must be the sole kernel of the particular MUSCLE instance (for this reason, in our example we had to start the `plumber` kernel in a separate MUSCLE instance). |
| 150 | * Many MPI implementations exploit low level optimization techniques (like Direct Memory Access) that may cause a crash of Java Virtual Machine. |
| 151 | * Using MPI to start many Java Virtual Machines, which loads native dynamic-link library that later calls MPI routines is something that most people rarely do. In case of problems you might not found any help (you have been warned! ;-). |