Overview
Core Competences
Application Areas
Research Themes
ESR1 - Characterization of Spiking Activity and Tactile Afferents
ESR2- Sensory Feedback for Prosthetic Devices
ESR3 - Active Sensing Strategies and Perceptual Coding
ESR4 - Memory-Based Tactile Perception and Task-Relevant Action Selection in Robots
ESR5 - Neural Coding Representation of Behaviorally Relevant Tactile Features
ESR6 - Spiking Neural Networks for Information Representation and Decoding
ESR7 - A Spiking Model of Realistic Human Tactile Interactions
ESR8 - Optimization and Integration of Spiking Tactile Sensors on Prosthetic Devices
ESR9 -Soft Electrode for Tactile Feedback
ESR10 - Learning to Find and Operate Switches
ESR11 - Active Touch and Behaviour
ESR12 - Grasping and Manipulation
ESR13 - Multi-Transduction Neuromorphic Skin
ESR14 - Neural Nanowire Based Tactile Skin
ESR15 - Neuromorphic Embedded Processing for Touch
People
Supervisors
External Advisors
Partners
Events & Schools
Touch for Prosthetics
NER21 Minysimposium
Touch for Robotics
Telluride 2021
Technologies for touch
Overview
Core Competences
Application Areas
Research Themes
ESR1 - Characterization of Spiking Activity and Tactile Afferents
ESR2- Sensory Feedback for Prosthetic Devices
ESR3 - Active Sensing Strategies and Perceptual Coding
ESR4 - Memory-Based Tactile Perception and Task-Relevant Action Selection in Robots
ESR5 - Neural Coding Representation of Behaviorally Relevant Tactile Features
ESR6 - Spiking Neural Networks for Information Representation and Decoding
ESR7 - A Spiking Model of Realistic Human Tactile Interactions
ESR8 - Optimization and Integration of Spiking Tactile Sensors on Prosthetic Devices
ESR9 -Soft Electrode for Tactile Feedback
ESR10 - Learning to Find and Operate Switches
ESR11 - Active Touch and Behaviour
ESR12 - Grasping and Manipulation
ESR13 - Multi-Transduction Neuromorphic Skin
ESR14 - Neural Nanowire Based Tactile Skin
ESR15 - Neuromorphic Embedded Processing for Touch
People
Supervisors
External Advisors
Partners
Events & Schools
Touch for Prosthetics
NER21 Minysimposium
Touch for Robotics
Telluride 2021
Technologies for touch
Supervisors
Chiara Bartolozzi
Istituto Italiano di Tecnologia
ART
ROB
TECH
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Lorenzo Natale
Istituto Italiano di Tecnologia
ART
ROB
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Stefano Panzeri
Istituto Italiano di Tecnologia
COMP
PRO
ROB
TECH
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Johan Wessberg
University of Gothenburg, Institute of Neuroscience and Physiology
BIO
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Mathew E. Diamond
Scuola Internazionale Superiore di Studi Avanzati, Tactile Perception & Learning Lab
BIO
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Francesco Petrini
SensArs
BIO
PRO
ART
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Silvestro Micera
École Polytechnique Fédérale de Lausanne EPFL - Center for Neuroprosthetics Translational Neural Engineering (TNE) Laboratory
PRO
ART
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Elisabetta Chicca
University of Groningen, CogniGron, Bio-inspired Circuits and Systems group
ART
ROB
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Hannes Saal
University of Sheffield, Active Touch Lab
BIO
COMP
ROB
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Sarah Terreri
PAL Robotics
ROB
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Robert Haschke
Bielefeld University, CITEC NeuroInformatics group
ART
ROB
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Tony Prescott
University of Sheffield
BIO
COMP
ROB
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Ravinder Dahiya
University of Glasgow, Bendable Electronics and Sensing Tech. Lab
ART
TECH
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Maurizio Valle
Universita’ degli studi di Genova – COSMIC Lab
ART
TECH
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Asgeir Alexandersson
Össur
ART
TECH
PRO
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Francisco Nieto
NeuroDigital Technologie
ART
TECH
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This project has received funding from the European Union's Horizon 2020 MSCA Programme under Grant Agreement No 813713.
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