Abstract
The running times of large-scale computational science and engineering parallel applications, executed on clusters or Grid platforms, are usually longer than the mean-time-between-failures (MTBF). Therefore, hardware failures must be tolerated to ensure that not all computation done is lost on machine failures. Checkpointing and rollback recovery are very useful techniques to implement fault-tolerant applications. Although extensive research has been carried out in this field, there are few available tools to help parallel programmers to enhance their applications with fault tolerance support. This work presents an experience to endow with fault tolerance two large MPI scientific applications: an air quality simulation model and a crack growth analysis. A fault tolerant solution has been implemented by means of a checkpointing and recovery tool, the CPPC framework. Detailed experimental results are presented to show the practical usefulness and low overhead of this checkpointing approach.
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