Mauricio Kischinhevsky
Cited by
Cited by
A new adaptive mesh refinement strategy for numerically solving evolutionary PDE's
D Burgarelli, M Kischinhevsky, RJ Biezuner
Journal of Computational and Applied Mathematics 196 (1), 115-131, 2006
A multiple-porosity model for a single-phase flow through naturally-fractured porous media
PP Leme, A Spagnuolo
Computation and Applied Mathematics 17 (1), 19, 1998
Modelling and numerical simulations of contaminant transport in naturally fractured porous media
M Kischinhevsky, PJ Paes-Leme
Transport in Porous Media 26, 25-49, 1997
Performance evaluation of optimized implementations of finite difference method for wave propagation problems on gpu architecture
D Brandao, M Zamith, E Clua, A Montenegro, A Bulcão, D Madeira, ...
2010 22nd International Symposium on Computer Architecture and High …, 2010
Convergence analysis of the Hopmoc method
SR de Oliveira, SLG de Oliveira, M Kischinhevsky
International Journal of Computer Mathematics 86 (8), 1375-1393, 2009
An evaluation of four reordering algorithms to reduce the computational cost of the Jacobi-preconditioned conjugate gradient method using high-precision arithmetic
SLGD Oliveira, AAAMD Abreu, D Robaina, M Kischinhevsky
International Journal of Business Intelligence and Data Mining 12 (2), 190-209, 2017
Brittle fracture and hydroelastic simulations based on moving particle simulation
RAA Junior, LY Cheng, SLG de Oliveira, M Kischinhevsky, JM Tavares, ...
Computer Modeling in Engineering and Sciences 95, 87-118, 2013
A probabilistic cellular automata model for highway traffic simulation
M Zamith, RCP Leal-Toledo, M Kischinhevsky, E Clua, D Brandão, ...
Procedia Computer Science 1 (1), 337-345, 2010
Tuning up tvd hopmoc method on intel mic xeon phi architectures with intel parallel studio tools
FL Cabral, C Osthoff, GP Costa, D Brandao, M Kischinhevsky, ...
2017 International Symposium on Computer Architecture and High Performance …, 2017
A new heuristic for bandwidth and profile reductions of matrices using a self-organizing map
SL Gonzaga de Oliveira, AAAM de Abreu, D Robaina, M Kischinhevsky
Computational Science and Its Applications–ICCSA 2016: 16th International …, 2016
An evaluation of MPI and OpenMP paradigms in finite‐difference explicit methods for PDEs on shared‐memory multi‐and manycore systems
FL Cabral, SL Gonzaga de Oliveira, C Osthoff, GP Costa, DN Brandão, ...
Concurrency and Computation: Practice and Experience 32 (20), e5642, 2020
Hybrid MPI/OpenMP/OpenACC implementations for the solution of convection-diffusion equations with the HOPMOC method
FL Cabral, C Osthoff, M Kischinhevsky, D Brandão
2014 14th International Conference on Computational Science and Its …, 2014
An openmp implementation of the tvd–hopmoc method based on a synchronization mechanism using locks between adjacent threads on xeon phi (tm) accelerators
FL Cabral, C Osthoff, GP Costa, SL Gonzaga de Oliveira, D Brandão, ...
International Conference on Computational Science, 701-707, 2018
Novel graph-based adaptive triangular mesh refinement for finite-volume discretizations
SLG de Oliveira, M Kischinhevsk, JMRS Tavares
An Architecture Using a Finite Difference Method to Calculate Realistic Sound Equalization in Games
B Moreira, DN Brandão, EWC Gonzales, M Kischinhevsky, CL Kuryla
2011 Brazilian Symposium on Games and Digital Entertainment, 70-78, 2011
Sound wave propagation applied in games
M Zamith, E Passos, D Brandao, A Montenegro, E Clua, M Kischinhevsky, ...
2010 Brazilian Symposium on Games and Digital Entertainment, 211-219, 2010
Sierpinski curve for total ordering of a graph-based adaptive simplicial-mesh refinement for finite volume discretizations
SLO Gonzaga, M Kischinhevsky
XXXI CNMAC, 581-585, 2008
Efficient numerical simulation of a simplified thermoacoustic engine with new adaptive mesh refinement tools
D Burgarelli, M Kischinhevsky
Computational Methods in Engineering 99, 1999
Hermite finite elements for diffusion phenomena
V Ruas, D Brandão, M Kischinhevsky
Journal of Computational Physics 235, 542-564, 2013
Fine-Tuning an OpenMP-Based TVD–Hopmoc Method Using Intel® Parallel Studio XE Tools on Intel® Xeon® Architectures
FL Cabral, C Osthoff, RP Souto, GP Costa, SL Gonzaga de Oliveira, ...
High Performance Computing: 5th Latin American Conference, CARLA 2018 …, 2019
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