Staf

Professors

Reinforcement Learning, Deep Learning/Neural Networks, Clustering, State Estimation, Cognitive Robotics, Motion and Path Planning, Applications of Reinforcement Learning, Applications of Supervised Learning

r.babuska@tudelft.nl

Prof.dr. Robert Babuska

Human Computation and AI, Abstraction of Human Computation Tasks into Taxonomies of Mechanisms, Active Learning from Imperfect Human Labelers, Knowledge Representation, Knowledge Acquisition from the Web, AI for Data Analytics, AI for Web-Based Collaboration and Cooperation, Crowdsourcing Techniques and Methodologies, Web Personalization and User Modeling

a.bozzon@tudelft.nl

Prof.dr.ir Alessandro Bozzon

coordination and collaboration, ad-hoc teamwork, distributed problem solving, agent-based simulation and emergence, metareasoning and metaheuristics, human-computer interaction, user experience and usability, self-organisation

f.m.brazier@tudelft.nl

Prof.dr. Frances Brazier

Moral decision making, Autonomous agents, Discrete choice theory

c.g.chorus@tudelft.nl

Prof.dr.ir. Caspar Chorus

Bio-Inspired Artificial Intelligence, Autonomous Flight, Self-Learning Robots

G.C.H.E.deCroon@tudelft.nl

Prof.dr. Guido de Croon

Arie.vanDeursen@tudelft.nl

Prof.dr. Arie van Deursen

High-Performance Data Visualization, Visual Analytics, Visual Computing, Simulation, Dimensionality Reduction, Explainable AI, Deep Learning

E.Eisemann@tudelft.nl

Prof.dr. Elmar Eisemann

intelligent vehicles, autonomous driving, computer vision, sensor fusion, machine learning, vulnerable road user safety

online@gavrila.net

Prof. Dariu Gavrila

web science, data science

g.j.p.m.houben@tudelft.nl

Prof.dr.ir. Geert-Jan Houben

decision support systems, automated negotiation, shared mental models, co-active design

c.m.jonker@tudelft.nl

Prof.dr. Catholijn Jonker

internet of things, design, smart city, intelligent systems, data-centered design

g.w.kortuem@tudelft.nl

Prof. Gerd Kortuem

graph signal processing, convolutional neural networks, graphical deep learning, recommender systems, topology identification, semi-supervised learning

g.j.t.leus@tudelft.nl

Prof.dr.ir. Geert Leus

Design thinking, design process, design studies, design methods, design theory

p.a.lloyd@tudelft.nl

Prof. dr. Peter Lloyd

Multi-agent control, Multi-level control, Large-scale networks, Traffic and transportation, Smart energy systems, Hybrid systems

b.deschutter@tudelft.nl

Prof. Bart De Schutter

simulation, agent-based models, agent-based simulation, serious gaming, interactive simulation, human behavior modeling

a.verbraeck@tudelft.nl

Prof.dr.ir. Alexander Verbraeck

robotics, bayesian inference, prediction error minimization, dynamics

m.wisse@tudelft.nl

Prof.dr.ir. Martijn Wisse

Associate Professors

AI-Assisted Virtual-World Design

R.Bidarra@tudelft.nl

Dr. ir. Rafael Bidarra

Robotic Building

h.h.bier@tudelft.nl

Dr.-ing. Henriette Bier

Conversational agents, Behavior Change support systems, intelligent virtual agents, HAI Human-Computer Interaction, HAI User Experience and Usability; APP Computer-Aided Education, CM Simulating Humans, CS Natural Language understanding and dialogue, HAC Human-Agent Interaction, KRR Belief change, NLPML Discourse and dialogue

w.p.brinkman@tudelft.nl

Dr. Willem-Paul Brinkman

O.Cats@tudelft.nl

Dr. Oded Cats

eagent-based modelling, energy systems, energy policy, serious gaming, behavior

e.j.l.chappin@tudelft.nl

Dr.ir. Emile Chappin

big data systems, (deep) machine learning, cloud dependability, performance modeling

y.chen-10@tudelt.nl

Dr. Lydia Chen

multi agent systems, human-agent interaction, ethics of artificial intelligence, agent based modelling

m.v.dignum@tudelft.nl

Dr. Virginia Dignum

aerospace, maintenance, manufacturing, monitoring

r.m.groves@tudelft.nl

Dr. Roger Groves

Spacecraft GNC And Autonomy Using AI

J.Guo@tudelft.nl

Dr. Jian Guo

information retrieval, text mining

c.hauff@tudelft.nl

Dr. Claudia Hauff

Adaptive Behavior, Social Cognition And Interaction, "Modeling And Control Of Complex High-Dimensional Systems By Combining Physics-Based Models, Model-Based Reasoning, Optimization And Control Methods, And Machine Learning Models Built from Sensor Data", Human-in-the-loop Planning/Learning, Human-Robot/Agent Interaction, Applications of Reinforcement Learning, Applications of Supervised Learning, Deep Learning/Neural Networks, Reinforcement Learning, Sequential Decision Making, Behavior and Control, Cognitive Robotics, Human-Robot Interaction, Motion and Path Planning

j.kober@tudelft.nl

Dr.-Ing. Jens Kober

Reinforcement Learning, Multiagent Learning, Multiagent Planning, Opponent Modeling, Human-Robot/Agent Interaction, Coordination and Collaboration, Probabilistic Planning, Uncertainty in AI, Decision/Utility Theory, Deep Learning/Neural Networks, Bayesian Learning

f.a.oliehoek@tudelft.nl

Dr. Frans Oliehoek

Natural language understanding and dialogue, Language Acquisition, Cognitive Architectures, Simulating Humans, AI Storytelling, Human Computation and AI, Human-Computer Interaction, Active Learning from Imperfect Human Labelers, Applications of Supervised Learning, Applications of Unsupervised Learning, Humanities, Classification, Clustering, Deep Learning/Neural Networks, Machine Learning, Semisupervised Learning, Human-Robot Interaction, Speech Recognition

o.e.scharenborg@tudelft.nl

Dr. Odette Scharenborg

Sequential Decision Making, Markov Models of Environments, Multiagent Planning, Multiagent Learning, Reinforcement Learning

m.t.j.spaan@tudelft.nl

Dr. Matthijs Spaan

Swarm Robots

C.j.m.verhoeven@tudelft.nl

Dr.ir. Chris Verhoeven

Network Modeling Prediction And Optimization, Modeling And Prediction Of Dynamic And Spatiotemporal Phenomena And Systems, Modeling the Interactions Of Agents With Different And Often Conflicting Interests, Optimality in the Context of Human Computation, Machine Learning Applications (General/other), Agent-Based Simulation and Emergent Behavior, Coordination and Collaboration, Uncertainty in AI (General/Other)

M.E.Warnier@tudelft.nl