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From Conditional Independence to Parallel Execution in Hierarchical Models
Balazs Nemeth, Tom Haber, Jori Liesenborgs, Win Lamotte
From Conditional Independence to Parallel Execution in Hierarchical Models
Automatic Parallelization of Probabilistic Models with Varying Load Imbalance
Balazs Nemeth, Tom Haber, Jori Liesenborgs, Win Lamotte
Automatic Parallelization of Probabilistic Models with Varying Load Imbalance
Improving the runtime performance of non-linear mixed-effects model estimation
Tom Haber, Frank van Reeth
Improving the runtime performance of non-linear mixed-effects model estimation
Improving ODE Integration on Graphics Processing Units by Reducing Thread Divergence
Thomas Kovac, Tom Haber, Frank van Reeth, Niel Hens
Improving ODE Integration on Graphics Processing Units by Reducing Thread Divergence
Relaxing Scalability Limits with Speculative Parallelism in Sequential Monte Carlo
Balazs Nemeth, Tom Haber, Jori Liesenborgs, Win Lamotte
Relaxing Scalability Limits with Speculative Parallelism in Sequential Monte Carlo
Heterogeneous computing for epidemiological model fitting and simulation
Thomas Kovac, Tom Haber, Frank van Reeth, Niel Hens
Heterogeneous computing for epidemiological model fitting and simulation
Macau: Scalable Bayesian factorization with high-dimensional side information using MCMC
Jaak Simm, Adam Arany, Pooya Zakeri, Tom Haber, Joerg Kurt Wegner, Vladimir Chupakhin, Hugo Ceulemans, Yves Moreau
Macau: Scalable Bayesian factorization with high-dimensional side information using MCMC
An Investigation into the Performance of Reduction Algorithms under Load Imbalance
Petar Marendic, Jan Lemeire, Tom Haber, Dean Vucinic, Peter Schelkens
An Investigation into the Performance of Reduction Algorithms under Load Imbalance
Relighting objects from image collections
Tom Haber, Christian Fuchs, Philippe Bekaert, Hans-Peter Seidel, Michael Goesele, Hendrik P. A. Lensch
Relighting objects from image collections
A computational approach to simulate light diffusion in arbitrarily shaped objects
Tom Haber, Tom Mertens, Philippe Bekaert, Frank van Reeth
A computational approach to simulate light diffusion in arbitrarily shaped objects