Optimistic parallel Delaunay triangulation. - Ivana Kolingerová; Josef Kohout (Vis. Comput., 2002)

Parallel Delaunay triangulation based on circum-circle criterion. - Josef Kohout; Ivana Kolingerová (SCCG, 2003)

Parallel Delaunay triangulation in E 3: make it simple. - Josef Kohout; Ivana Kolingerová (Vis. Comput., 2003)

Practically oriented parallel Delaunay triangulation in E2 for computers with shared memory. - Josef Kohout; Ivana Kolingerová; Jiri Zara (Comput. Graph., 2004)

Parallel Delaunay triangulation in E2 and E3 for computers with shared memory. - Josef Kohout; Ivana Kolingerová; Jirí Zára (Parallel Comput., 2005)

Surface Reconstruction from Large Point Clouds Using Virtual Shared Memory Manager. - Josef Kohout; Michal Varnuska; Ivana Kolingerová (ICCSA (1), 2006)

On Digital Image Representation by the Delaunay Triangulation. - Josef Kohout (PSIVT, 2007)

ACUT: Out-Of-Core Delaunay Triangulation of Large Terrain Data Sets. - Josef Kohout; Ivana Kolingerová (VMV, 2007)

Adapting the Storage of Large Medical Datasets to Enable Interactive Display. - Anupam Agrawal; Josef Kohout; Gordon Clapworthy; Nigel J. B. McFarlane; Feng Dong 005; Marco Viceconti; Fulvia Taddei; Debora Testi (CGVR, 2008)

Interactive Out-of-Core Exploration of Large Volume Datasets in VTK-Based Visualisation Systems. - Anupam Agrawal; Josef Kohout; Gordon Clapworthy; Nigel J. B. McFarlane; Feng Dong 005; Marco Viceconti; Fulvia Taddei; Debora Testi (TPCG, 2008)

A Proper Choice of Vertices for Triangulation Representation of Digital Images. - Ivana Kolingerová; Josef Kohout; Michal Rulf; Václav Uher (ICCVG (2), 2010)

Enabling the interactive display of large medical volume datasets by multiresolution bricking. - Anupam Agrawal; Josef Kohout; Gordon Clapworthy; Nigel J. B. McFarlane; Feng Dong 005; Marco Viceconti; Fulvia Taddei; Debora Testi (J. Supercomput., 2010)

Muscle Fibres Modelling. - Josef Kohout; Gordon Clapworthy; Saulo Martelli; Marco Viceconti (GRAPP/IVAPP, 2012)

Fast Deformation for Modelling of Musculoskeletal System. - Josef Kohout; Petr Kellnhofer; Saulo Martelli (GRAPP/IVAPP, 2012)

Fast Realistic Modelling of Muscle Fibres. - Josef Kohout; Gordon Clapworthy; Saulo Martelli; Marco Viceconti (VISIGRAPP (Selected Papers), 2012)

Musculoskeletal System Modelling - Interpolation Method for Muscle Deformation. - Jana Hajková; Josef Kohout (GRAPP/IVAPP, 2013)

Laplacian Musculoskeletal Deformation for Patient-Specific Simulation and Visualisation. - Youbing Zhao; Gordon Clapworthy; Josef Kohout; Feng Dong 005; Yubo Tao; Hui Wei 002; Nigel J. B. McFarlane (IV, 2013)

Aneurysm identification by analysis of the blood-vessel skeleton. - Josef Kohout; Alessandro Chiarini; Gordon Clapworthy; Gregor Klajnsek (Comput. Methods Programs Biomed., 2013)

3D reconstruction of TMJ after resection of the cyst and the stress-strain analyses. - Nima Mahdian; Tatjana Dostálová; Josef Danek; Jirí Nedoma; Josef Kohout; Milan Hubácek; Petra Hlináková (Comput. Methods Programs Biomed., 2013)

Deformable Muscle Models for Motion Simulation. - Tomás Janák; Josef Kohout (GRAPP, 2014)

Human Body Model Movement Support: Automatic Muscle Control Curves Computation. - Jana Hajková; Josef Kohout (IWCIA, 2014)

Real-Time Modelling of Fibrous Muscle. - Josef Kohout; Martin Kukacka (Comput. Graph. Forum, 2014)

An efficient mesh deformation method for mass-spring muscle models. - Tomás Janák; Josef Kohout (BIBE, 2015)

Science on a Sphere - Ways of Adding Interactivity into the Unique Projection System. - Jana Varnusková; Josef Kohout (GRAPP, 2015)

On-line Blood Glucose Level Calculation. - Tomas Koutny; Michal Krcma; Josef Kohout; Petr Jezek; Jana Varnusková; Petr Vcelak; Jan Strnadek (EUSPN/ICTH, 2016)

Introducing the effect of aging into the Honey Bee Mating Optimization to determine parameters for blood glucose level calculation. - Jan Strnadek; Tomas Koutny; Josef Kohout (HSI, 2016)

Automatic reconstruction of the muscle architecture from the superficial layer fibres data. - Josef Kohout; David Cholt (Comput. Methods Programs Biomed., 2017)

Generic Caching Library and Its Use for VTK-based Real-time Simulation and Visualization Systems. - Lukás Hruda; Josef Kohout (VISIGRAPP (1: GRAPP), 2018)

Fast and Realistic Approach to Virtual Muscle Deformation. - Martin Cervenka; Josef Kohout (HEALTHINF, 2020)

Muscle Deformation Using Position Based Dynamics. - Josef Kohout; Martin Cervenka (BIOSTEC (Selected Papers), 2020)

Non-planar Surface Shape Reconstruction from a Point Cloud in the Context of Muscles Attachments Estimation. - Josef Kohout; Martin Cervenka (VISIGRAPP (1: GRAPP), 2022)

Computerised Muscle Modelling and Simulation for Interactive Applications. - Martin Cervenka; Ondrej Havlicek; Josef Kohout; Libor Vása (VISIGRAPP (1: GRAPP), 2023)

A Novel Radial Basis Function Description of a Smooth Implicit Surface for Musculoskeletal Modelling. - Martin Cervenka; Josef Kohout; Bogdan Lipus (Informatica, 2024)

Near-lossless EEG signal compression using a convolutional autoencoder: Case study for 256-channel binocular rivalry dataset. - Martin Kukrál; Duc Thien Pham; Josef Kohout; Stefan Kohek; Marek Havlík; Dominika Grygarová (Comput. Biol. Medicine, 2025)