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Prof. Dr. Rolf Pfeifer (emeritiert) - Embodied Artificial Intelligence, Roboticsmore information

Fakultäten » Wirtschaftswissenschaftliche Fakultät » Informatik, Institut für » Prof. Dr. Rolf Pfeifer (emeritiert)

Completed research projects

Project leader Project title
Assaf DREAM
Bisig Artificial Intelligence and Art
Interactive Swarm Orchestra
Bücheler ShanghAI Lectures
Damian CyborgPlant
Dravid Artificial Evolution and Morphogenesis - Artificial Evolution and Morphology
Eggenberger PACE - Programmable Artificial Cell Evolution
Scalable Self-assembling Robots
HYDRA - "Living" Building Blocks for Self-designing Artefacts
Embryogenic Evolution: From Simulation to Robotic Applications
From Morphology to Functionality - Development and Application of a Bivalve Burrowing Simulation
Fischer Octopus - Intelligent Surfaces
Project 015 (Autonomous Suitcase)
distributed adaptive bubbles
Rinspeed ConceptCar "Senso"
Frueh Attentional deficits in schizophrenia: a real-world neural network approach
Hauser LOCOMORPH
Hemelrijk Group Behavior
Artificial Life Models as a Tool for the Study of Social Systems
Emergent Social Behavior among Artificial Agents in a Virtual World
Iida Biped Robots/Locomotion
Adaptive Locomotion / Morphological Computation
Kaufmann Neural Interfacing
Lambrinos Navigation in Biorobotics
Lichtensteiger EyeBot
An evolutionary approach to autonomous agent design: investigating the interdependence between morphology and control
Lueg Situated Information Seeking
Moeller Vision-based robot navigation research network (VIRGO)
Netter Zooming Omnidirectional Vision in Motion
Paul Biped robot walking
Pfeifer ECCEROBOT
OCTOPUS
ROBOT-DOC
eSMC
Kerf-free Wafering
EU-Cog III
SMART-E
AMouse - Artificial Mouse
RobotCub - Robotic Open-architecture Technology for Cognition, Understanding and Behavior
From Locomotion to Cognition
Dynamical Coupling in Motor-Sensory Function Substitution
Scalable self-assembling robots
EU-Cog II
AMARSi
ADAPT - Artificial Development Approach to Presence Technologies
Explorations in Embodied Cognition
AI Lectures from Tokyo
The dynamics of categorization: exploiting the autonomous agents paradigm
Roggendorf Visual Landmark Navigation in a Complex Natural Environment
Salomon Soft Computing in the Context of Autonomous Agents


Last update 01.01.2015