Rafał Wcisło
Rafał Wcisło
AGH University of Science and Technology in Cracow
Verified email at
Cited by
Cited by
A 3-D model of tumor progression based on complex automata driven by particle dynamics
R Wcisło, W Dzwinel, DA Yuen, AZ Dudek
Journal of molecular modeling 15, 1517-1539, 2009
Macro-scale simulations using molecular dynamics method
W Dzwinel, W Alda, J Kitowski, J Mośiński, R Wcisło, DA Yuen
Molecular Simulation 15 (6), 343-360, 1995
Very fast interactive visualization of large sets of high-dimensional data
W Dzwinel, R Wcisło
Procedia Computer Science 51, 572-581, 2015
ivga: A fast force-directed method for interactive visualization of complex networks
W Dzwinel, R Wcisło, W Czech
Journal of Computational Science 21, 448-459, 2017
PAM: particle automata in modeling of multiscale biological systems
W Dzwinel, R Wcisło, DA Yuen, S Miller
ACM Transactions on Modeling and Computer Simulation (TOMACS) 26 (3), 1-21, 2016
A Multimedia Holistic Rehabilitation Method for Patients after Stroke.
K Probosz, R Wcislo, J Otfinowski, R Slota, J Kitowski, M Pisula, ...
Annual Review of Cybertherapy and Telemedicine 7, 261-263, 2009
Real-time animation using molecular dynamics methods
R Wcislo, W Dzwinel, J Kitowski, J Moscinski
Machine Graphics and Vision 3 (1/2), 203-210, 1994
N-body parallel model of tumor proliferation
R Wcisło, P Gosztyła, W Dzwinel
Proceedings of the 2010 Summer Computer Simulation Conference, 160-167, 2010
Particle based model of tumor progression stimulated by the process of angiogenesis
R Wcisło, W Dzwinel
Computational Science–ICCS 2008: 8th International Conference, Kraków …, 2008
Applications of Molecular Dynamics Method for Simulations in Macroscale
W Dzwinel, W Alda, J Kitowski, J Moscinski, R Wcislo, DA Yuen
Molecular Simulation 15, 343-360, 1995
Molecular Dynamics for Real World Phenomenon Animation
R Wcislo, W Dzwinel, J Kitowski, J Moscinski
CCP5 Information Quarterly, Darresbury Laboratory, Warrington, UK 38 (25), 1993
2-d embedding of large and high-dimensional data with minimal memory and computational time requirements
W Dzwinel, R Wcislo, S Matwin
arXiv preprint arXiv:1902.01108, 2019
GPU enhanced simulation of angiogenesis
M Worecki, R Wcisło
Computer Science 13 (1)), 35-48, 2012
Continuous and discrete models of melanoma progression simulated in multi-GPU environment
W Dzwinel, A Kłusek, R Wcisło, M Panuszewska, P Topa
Parallel Processing and Applied Mathematics: 12th International Conference …, 2018
ivga: Visualization of the network of historical events
W Dzwinel, R Wcisło, M Strzoda
Proceedings of the 1st International Conference on Internet of Things and …, 2017
Interactive visualization tool for planning cancer treatment
R Wcisło, W Dzwinel, P Gosztyla, DA Yuen, W Czech
GPU Solutions to Multi-scale Problems in Science and Engineering, 607-637, 2013
Distributed computer system for remote support of holistic rehabilitation of patients affected by stroke
J Kitowski, R Wcisło, R Słota, J Otfinowski, M Skubis, K Probosz, M Pisula, ...
Proc. of CGW’08, Cracow, Poland, 388-392, 2009
Cellular automaton as a fast tool for animation of liquid in multi-object scenes
R Wcisło, J Kitowski, J Mościński
Václav Skala-UNION Agency, 1998
GPU-embedding of kNN-graph representing large and high-dimensional data
B Minch, M Nowak, R Wcisło, W Dzwinel
International Conference on Computational Science, 322-336, 2020
PAM: Particle automata model in simulation of Fusarium graminearum pathogen expansion
R Wcisło, SS Miller, W Dzwinel
Journal of Theoretical Biology 389, 110-122, 2016
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