Un dispositivo elettronico ultrasottile, dello spessore di tre micron, può essere applicato a tutti i tipi di superficie, irregolari, curve, delicate e flessibili, come foglie, lenti ottiche o bucce...
Leggi tuttoAula Pacinotti, Largo Lucio Lazzarino, 1, Pisa
h. 9:00 am - 6:00 pm
Eckehard Steinbach from Technical University of Munich
HAPTICS COMMUNICATION FOR THE TACTILE INTERNET
Monica Gori from IIT
MULTISENSORY INTEGRATION OF VISION, AUDITION AND HAPTICS IN CHILDREN AND IN ADULTS: NEUROSCIENCE, MODELING AND TECHNOLOGY
Calogero Oddo from Sant'Anna University
TOUCH SCIENCE AND ENGINEERING: FROM BIONICS TO MEDICAL AND COLLABORATIVE ROBOTICS AND THE METAVERSE
Domenico Prattichizzo from Università di Siena
WEARABLE HAPTICS AND PHYSICAL INTERACTION
Nathan Lepora from University of Bristol
INTELLIGENCE INTERACTION WITH TACTILE SENSING: HOW DEXTEROUS ROBOTS CAN PERCEIVE THE ENVIRONMENT
Lucia Seminara from Università di Genova
TOWARDS ARTIFICIALLY RESTORING THE SENSE OF TOUCH
Allegato | Dimensione |
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Challenges and trends in haptics 28-09-2023.pdf | 1.94 MB |