Using differential equations for modeling performance of fault tolerance in parallel applications
published by Aِl-Baath University
in 2017
in
and research's language is
العربية
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Abstract in English
In this paper we present a study on the time cost
added to the grid computing as a result of the use of a
coordinated checkpoint / recovery fault tolerance protocol, we aim
to find a mathematical model which determined the suitable time
to save the checkpoints for application, to achieve a minimum
finish time of parallel application in grid computing with faults and
fault tolerance protocols, we have find this model by serial
modeling to the goal errors, execution environment and the
chosen fault tolerance protocol all that by Kolmogorov differential
equations.
References used
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BUNTINA D., COTI C., HERAULT T., LEMARINIER P., PILARD L., REZMERITA A., RODRIGUEZ E., and CAPPELLO F., 2008-Blocking vs. non-blocking coordinated checkpointing for large scale fault tolerant MPI Protocols. in Future Generation Computer Systems, V. 24, Issue 1, PP: 73–84
DABROWSKI C., 2009-Reliability in grid computing systems. in journal Concurrency and Computation: Practice & Experience – A Special Issue from the Open Grid Forum, V. 21, Issue 8, PP: 927-959