Abstract:
We consider parameter identification of a hydride decomposition
model by scanning the parameter space in parallel. Such problem is resource
demanding, but suits best for Desktop Grid computing. Considering task retrieval
as a game, we show that the search process can be improved to produce solutions
faster in comparison with random search, with no or minor additional cost. (In Russian).
Key words and phrases:Desktop Grid, task scheduling, BOINC, Enterprise Desktop Grid,
high-throughput computing, distributed computing, modeling of hydride decomposition.