Jiří Kosinka

Students (co)supervised: PhD, MSc, BSc, Internships, Short programming projects


PhD students

Jun Zhou
2019 - 2023; University of Groningen (with Jos Roerdink)
Selected Applications of Subdivision Surfaces and Numerical Quadratures for Gregory Patches; WEB
fig
Jieying Wang
2018 - 2022; University of Groningen (with Alexandru Telea)
Dense medial descriptors for image compression and manipulation; PDF
fig
Gerben Hettinga
2017 - 2021; University of Groningen (with Alexandru Telea)
Arbitrary topology meshes in geometric design and vector graphics; WEB
fig
Xingyu Chen
2018 - 2021; University of Groningen (with Alexandru Telea)
Analysis and exploration of large 3D shape databases; WEB
fig
Pieter Barendrecht
2015 - 2019; University of Groningen (Promotor: Jos Roerdink)
Splines for engineers, with selected applications in numerical methods and vector graphics; WEB
fig
Jingjing Shen
2013 - 2015; University of Cambridge (Primary supervisor: Neil Dodgson)
Trimmed NURBS to Untrimmed Subdivision: Conversion for Watertight Representations
fig
Henrik Lieng
2013 - 2014; University of Cambridge (Primary supervisor: Neil Dodgson)
Surface Modelling for 2D Imagery; WEB
fig

MSc students

Willard A. Verschoore de la Houssaije
2023; University of Groningen
tba (with J. Echevarria)
fig
Niels Bügel
2023; University of Groningen
Image Bit-Depth Manipulation using Distance Fields (with D.J. da Silva)
fig
Jordy de Lange
2023; University of Groningen
Can predatory pressure explain flocking behavior? (with L.C. Verbrugge)
fig
Sina Rouzbahani
2022; University of Groningen
Automatic classification of macular pathologies using deep learning techniques (with S. Frey and U.O. Pinto)
fig
Jan Boonstra
2022; University of Groningen
Visualizing the Lumbosacral plexus (with S. Frey)
fig
Sjoerd Bruin
2022; University of Groningen
tba (with S. Frey)
fig
Ethan Waterink
2022; University of Groningen
Digital Twin for Robotic Surgery: Subsurface Structure Visualization (with S. Frey, E. Consten, E. Wilhelm)
fig
Stefan Evanghelides
2021; University of Groningen
Subdividing gradient meshes using OpenSubdiv
fig
Rick de Jonge
2021; University of Groningen
MALORQA: A Machine Learning approach to Objective Reflection Quality Assessment
fig
Ankur Tiwary
2021; IIT Madras and University of Groningen
tba (with Ramanathan Muthuganapathy)
fig
Sietze Houwink
2020; University of Groningen
Approximate Feature Adaptive Rendering for Subdivision Gradient Meshes
This project led to this paper.
fig
Costa Anton
2020; University of Groningen
Treating Acrophobia in Virtual Reality (In Collaboration with Politehnica of Bucharest)
This project led to this paper.
fig
Sjors Mallon
2020; University of Groningen
Efficient Rational Cubic Bézier Surface-Plane Intersection and Capping (in collaboration with Schut Geometrical Metrology)
fig
Luc van den Brand
2019; University of Groningen
tba
fig
Tom van 't Hoff
2019; University of Groningen (First supervisor: Bayu Jayawardhana)
Volume reconstruction algorithms in computed tomography for metrology
fig
Klaas Kliffen
2018 - 2019; University of Groningen
Assessing Shape Quality from Reflection Lines
This project led to a paper at CGVC 2020.
fig
Tim Oosterhuis
2018; University of Groningen
Fractured hip bone CT scan segmentation
This project led to this paper.
fig
Laura Baakman
2017 - 2018; University of Groningen
Computer-Assisted Virtual Acetabular Fracture Reconstruction
fig
Ankita Dewan
2018; University of Groningen
An Interactive Visual Tool for Exploring Provenance Graphs
fig
Teun Verstraaten
2017 - 2018; University of Groningen
Hierarchical refinement of arbitrary manifold topology meshes
This project led to this paper.
fig
Gerben Hettinga
2016 - 2017; University of Groningen
Smoothing and Tessellation of Polygonal Surface Models with Normals; PDF
This project led to this paper and this paper.
fig
Shuxiang Lin
2012 - 2013; University of Cambridge (Fitzwilliam College)
Modelling Curves with Semi-sharp Creases Using Subdivision; Java applet
This project led to this paper.
fig
Tao Yang
2011 - 2012; University of Cambridge (St Edmund's College)
Unlocking NURBS
This project led to this paper.
fig

BSc students

Tomas de Vries
2023; University of Groningen
Implementing real-time ray tracing in Unity to increase the render quality of a ray tracing visualization tool
With S. Frey
fig
Victor Gaya Walters
2023; University of Groningen
Raster Textures in Virtual Ray Tracer
With S. Frey
fig
Tom Couperus
2023; University of Groningen
Virtual Ray Tracer: Teaching Procedural Textures
With S. Frey
fig
Joran Faber
2023; University of Groningen
The WDS project: Improving the performance in sport shooting by the measuring and training of cheek-pressure
With R. van der Velde and C. Tursun
fig
Jessica Buscop
2023; University of Groningen
Psychovisual Experiment Toolbox and GUI for Desktop Displays
With C. Tursun
fig
Gerben Noordeloos
2023; University of Groningen
Designing a User-friendly Desktop Application for Conducting Psychovisual Experiments
With C. Tursun
fig
Roan Rosema
2022; University of Groningen
Adapting Virtual Ray Tracer to a Web and Mobile Application
With S. Frey
The VRT tool is openly available on GitHub and on Google Play.
fig
Jesper R. van der Zwaag
2022; University of Groningen
Virtual Ray Tracer: Distribution Ray Tracing
With S. Frey
fig
Peter Jan Blok
2022; University of Groningen
Gamification of Virtual Ray Tracer
With S. Frey
fig
Chingiz Dadashov-Khandan
2022; University of Groningen
Fine Control of 3D Meshes in Tilt Brush through Sculpting
With C. Tursun
fig
Vlad Corchis
2022; University of Groningen
Precision and Flexibility Improvements with Tilt Brush's Guidance Tools
With C. Tursun
fig
Bora Yilmaz
2022; University of Groningen
Acceleration data structures for Virtual Ray Tracer
With S. Frey
fig
Tom Apol
2022; University of Groningen
Per-patch noise functions
With G. Hettinga
fig
Antonin Thioux
2022; University of Groningen
Redesign of the Spatio-Temporal Contour Visualization Pipeline
With S. Frey
fig
Tai-Ting Chen
2021; University of Groningen
Optimal User-friendly 3D Transformation in Cadmatic HullViewer
With M. Florean & H. Boyafzar at Cadmatic
fig
Sarah Baksteen
2021; University of Groningen
Mesh Colours in Gradient Mesh Vector Graphics
This project led to this paper.
fig
Chris van Wezel
2021; University of Groningen
A Virtual Ray Tracer
This project led to this paper and the VRT tool openly available on GitHub.
fig
Willard A. Verschoore de la Houssaije
2021; University of Groningen
A Virtual Ray Tracer
This project led to this paper and the VRT tool openly available on GitHub.
fig
Eltjo Maring
2021; University of Groningen
Feasibility of using a new visualization kernel in CADMATIC Hull Viewer software (with CADMATIC)
fig
Michiel de Jong
2020; University of Groningen
Interactive Vectorisation with Curves
fig
Wiebe-Marten Wijnja
2020; University of Groningen
In by Out Again: Arbitrarily-Deep Zooming on Iterated Function Systems by `Self-Similarity Jumping'
fig
Niels Bügel
2020; University of Groningen
tba
fig
Ethan Waterink
2020; University of Groningen
tba
fig
Carlo Refice
2020; University of Groningen
tba
fig
Job Talle
2019; University of Groningen
Evolving Lindenmayer systems in a competitive environment
This project led to this paper.
fig
Daniel Tisdall
2019; University of Groningen
Partitioning orthogonal polygons for quadrature-based numerical integration
fig
Levi van Rheenen
2019; University of Groningen
Noisy Gradient Meshes of Arbitrary Manifold Topology
fig
Niek de Vries
2019; University of Groningen
User-driven image co-segmentation
fig
Marco Lu
2019; University of Groningen
Interactive image co-segmentation
fig
Philip Oetinger
2019; University of Groningen (In collaboration with CADMATIC)
FlexiWeight Weight Estimation
Best BSc Symposium presentation award
fig
Razvan A. Poinaru
2019; University of Groningen (In collaboration with CADMATIC)
Export scantlings to Mars2000 from CADMATIC Hull
fig
Jeroen de Baat
2019; University of Groningen (In collaboration with the University of West Bohemia)
Canal Surface Modeling
fig
Rowan van Beckhoven
2018; University of Groningen
Noisy Gradient Meshes: Procedurally Enriching Vector Graphics using Noise
This project led to this paper.
fig
René Brals
2018; University of Groningen
G1 connected multi-sided gradient mesh primitives
This project led to this paper.
fig
Tanja de Vries
2018; University of Groningen (First supervisor: Cristobal Bertoglio)
Distance computations on a mathematical model of the aortic valve geometry
fig
Hugo Brandão
2018; University of Groningen
Mesh Simplification and Smoothing for Bone Fragment Models; PDF
Best BSc Symposium presentation award
fig
Thomas Hollander
2018; University of Groningen (First supervisor: George Palasantzas)
Computation of the Casimir Force
fig
Jan Boonstra
2017 - 2018; University of Groningen
Diffusion curves using cubic mean value coordinates; PDF
fig
András Prifer
2017; University of Groningen
Motion Planning for Fracture Reconstruction; PDF
fig
Freerk H. Oudman
2017; University of Groningen
Curve Morphing via Surface Slicing; PDF
fig
Robert van Gulik
2017; University of Groningen
Visualisation of Control Point Dependencies; PDF
fig
Jonathan Hogervorst
2017; University of Groningen
Colour Interpolation in Gradient Meshes; PDF
This project led to this paper.
fig
Martijn Luinstra
2016 - 2017; University of Groningen
Locally Refinable Gradient Meshes; PDF
This project led to this paper.
fig
João Pedro Duro Reis
2016; Universidade Federal Do Rio Grande Do Sul (Advisor: João Dihl Comba)
Adaptive Free-form Deformations Using THB-splines
This project led to this paper.
fig
Joost Ouwerling
2015 - 2016; University of Groningen
VeLight: A 3D Medical Puzzle for Medicine Education; PDF
VeLight was featured at the Noorderzon Festival; see this blog.
fig
Julian Vos
2015 - 2016; University of Groningen
Minimal Surfaces from Triangular Meshes; PDF
fig
Remi Brandt
2015 - 2016; University of Groningen
Morphing Planar Curves Using Subdivision Surfaces; PDF
fig
Giles Barton-Owen
2014 - 2015; University of Cambridge (St John's College)
Phyxture: A Physically Inspired Procedural Texturing Framework (Part II project)
fig
Ryutaro Ikeda
2014 - 2015; University of Cambridge (Robinson College)
A Grid-based Game on Subdivision Surfaces (Part II project)
fig
Nick Chambers
2014 - 2015; University of Cambridge (Gonville & Caius College)
Dramatic Decimation for Curves (Part II project)
fig

Internship students

Wojciech Trejter
2022-23; University of Groningen
Heat Data Visualisation Webtool Report (Honours College Project)
This project led to this tool.
fig
Cristina Stoleriu
2022-23; University of Groningen
Shedding light on Virtual Ray Tracer (Honours College Project)
This project led to this version of VRT.
fig
Anton Bredenbals
2021; University of Groningen
Visualising Ray Marching in 3D (MSc internship; with S. Frey)
fig
Eelke Landsaat
2022; University of Groningen
Heat Data Visualization Webtool (Honours College Project)
fig
Steven van Schagen
2022; University of Groningen
Heat Data Visualization Webtool (Honours College Project)
fig
Robin Kock
2021; University of Groningen
Arch-Intelligence: Creating two-dimensional architectural layouts from graph data-structures (Honours College Advanced Project)
fig
Ethan Waterink
2021; University of Groningen
Visualizing Iterative Refinement in Visualization (MSc Internship; First Supervisor: Steffen Frey)
This project led to this paper.
fig
Jaap van der Vis
2021; University of Groningen
tba (MSc internship)
fig
Jan Boonstra
2021; University of Groningen
Subdivision shading with semi-sharp creases (MSc internship)
This project led to this paper.
fig
Sjors Mallon
2019; University of Groningen
Simplification of Gradient Meshes (MSc internship)
fig
Ankur Tiwary
2019; University of Groningen
Accelerated Foveated Rendering based on Adaptive Geometric Tessellation (BSc Internship student from Indian Institute of Technology Madras)
This project led to this paper.
fig
Jakob Vokac
2019; University of Groningen
Fast Bézier Surface Distance Computation (Honours College Advanced Project)
fig
Sietze G. Houwink
2019; University of Groningen
ORQA: Objective Rendering Quality Assessment (MSc internship)
This project led to a paper at CGVC 2020.
fig
Kevin Gevers
2019; University of Groningen
Multi-degree Bézier triangles after conversion from a NURBS patch (MSc internship at Schut Geometrical Metrology)
fig
Joël Grondman
2017; University of Groningen
Raytraced Diffusion Curves: Directional Diffusion (MSc internship)
fig
Jelle Bakker
2017; University of Groningen
Subdivision Shading (MSc internship)
This project led to this paper.
fig
Klaas Kliffen
2017; University of Groningen
Adaptive tessellation of rational Bézier triangle patches (MSc internship at Schut Geometrical Metrology)
fig
Kassandra van Ek
2017; University of Groningen
Single-Material 3D Printed Objects With Varying Flexibility (MSc internship at FabLab, Groningen)
fig
Gerben Hettinga
2015 - 2016; University of Groningen
Phong Tessellation for Arbitrary Polygons (MSc internship)
This project led to this paper.
fig
João Pedro Duro Reis
2015 - 2016; University of Groningen and Universidade Federal Do Rio Grande Do Sul
Adaptive Free-form Deformations Using THB-splines (BSc internship)
This project led to this paper.
fig
Urška Zore
2014; University of Cambridge and Johannes Kepler University
Hierarchical Catmull-Clark subdivision (PhD secondment)
This project led to this paper.
fig

Short programming project students

Victor Gaya Walters
2023; University of Groningen
Improving the user experience of the Virtual Ray Tracer
This project led to a VRT version for the Imaginary event.
fig
Bob van der Vuurst
2023; University of Groningen
Exploring generalised barycentric coordinates
This project led to this tool.
fig
Samuli Ketonen
2022; University of Groningen
Implementing a Locally Refinable Mesh Gradient into an existing open source product
fig
Bjorn Pijnacker
2022; University of Groningen
Implementing a Locally Refinable Mesh Gradient into an existing open source product
fig
Maxmillan Ries
2020 - 2021; University of Groningen
Chess Piece Location Detection Using 3D Depth Information
fig
Wiebe-Marten Wijnja
2019 - 2020; University of Groningen
tba
fig
Carlo Refice
2019 - 2020; University of Groningen
Themis Ray Tracing Judge
This project led to the use of Themis in the Computer Graphics course starting in 2020.
fig
Jakob Vokac
2019 - 2020; University of Groningen
Parallelized Bézier Surface Distance Computation Algorithm
fig
Yannis Paetzelt
2019 - 2020; University of Groningen
Minimap
fig
Marco Lu
2019 - 2020; University of Groningen
Simplification of Gradient Meshes
fig
Christian Grier Mulvenna
2019; University of Groningen
NanoVG Vulkan Port
fig
Alvaro Rubio Segovia
2018 - 2019; University of Groningen
Aggregating provenance data
fig
Giacomo Casoni
2018 - 2019; University of Groningen
Templating for a medical exploration tool
fig
Patrick Beuks
2018 - 2019; University of Groningen
Project focused productivity tool
fig
Said Faroghi
2018 - 2019; University of Groningen
A frame sequence timeline for a medical data exploration tool
fig
Jeroen de Baat
2017 - 2018; University of Groningen
Image vectorization
fig
Aleksas Vaitulevicius
2017 - 2018; University of Groningen
From user interaction to story, and back again
fig
Hein Rietman
2017 - 2018; University of Groningen
Harmonic Coordinates on Regular Polygons
fig
Rick de Jonge
2017 - 2018; University of Groningen
Using Blender/Python to convert quad meshes to smooth composite surfaces
fig
Rowan van Beckhoven
2017 - 2018; University of Groningen
DICOM data extraction
fig
Jan Boonstra
2016 - 2017; University of Groningen
Cubic mean value coordinates for gradient meshes
fig
Robert van Gulik
2016 - 2017; University of Groningen
Fonts and Logos as B-spline Curves
fig
Patrick Vogel
2016 - 2017; University of Groningen
Analysis of Subdivision Curves
fig

Last update: October 2023 by JK