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Performance Analysis of Parallel Applications with KappaPI 2.

, , и . PARCO, том 33 из John von Neumann Institute for Computing Series, стр. 155-162. Central Institute for Applied Mathematics, Jülich, Germany, (2005)

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Evaluation of an Adaptive Scheduling Strategy for Master-Worker Applications on Clusters of Workstations., , , и . HiPC, том 1970 из Lecture Notes in Computer Science, стр. 310-319. Springer, (2000)Automatic Performance Analysis of Message Passing Applications Using the KappaPI 2 Tool., , и . PVM/MPI, том 3666 из Lecture Notes in Computer Science, стр. 293-300. Springer, (2005)A Space and Time Sharing Scheduling Approach for PVM Non-dedicated Clusters., , , , и . PVM/MPI, том 3666 из Lecture Notes in Computer Science, стр. 379-387. Springer, (2005)Computational method for prediction enhancement of a river flood simulation., , , , , и . EnviroInfo, стр. 325-332. BIS-Verlag, (2014)Performance Analysis of Parallel Applications with KappaPI 2., , и . PARCO, том 33 из John von Neumann Institute for Computing Series, стр. 155-162. Central Institute for Applied Mathematics, Jülich, Germany, (2005)Knowledge-based automatic performance analysis of parallel programs., , и . PARCO, стр. 697-700. (1997)Dynamic Load Balancing Strategy for Scalable Parallel Systems., , , и . PARCO, стр. 735-738. (1997)A Parallel I/O Behavior Model for HPC Applications Using Serial I/O Libraries., , , и . HPCS, стр. 244-251. IEEE, (2017)When is the Right Time to Start the Fault Tolerance Protection?, , и . HPCS, стр. 426-433. IEEE, (2017)A Performance Prediction Model for Tomographic Reconstruction in Structural Biology., , , , и . VECPAR, том 3402 из Lecture Notes in Computer Science, стр. 90-103. Springer, (2004)