Antonio Frisoli
Role
Other Info:
In 2002 he received the PhD in robotics "summa cum laude" in the area
of "Teleoperation in Virtual Environments"at Scuola Superiore S. Anna -
Italy, in 1998 the Diploma of Sant' Anna School of University Studies
and Doctoral Research (SSSUP), Faculty of Experimental Sciences,
Engineering, with full marks and in 1998 the Laurea degree “summa cum
laude” in Mechanical Engineering, specialization in Industrial
Automation and Robotics from the University of Pisa. Antonio Frisoli
currently teaches the course of "Mechanics of Robots" at the Faculty of
Mechanical Engineering of University of Pisa.
He is currently involved in several European and national research
projects. In the framework of the Enactive NoE, he is leading the
working group on " Enactive Human Computer Interfaces for teaching and
learning manual tasks". He has been the former programme chair for the 2nd International Conference on Enactive Interface ENACTIVE 2005 and part of the organizing
committee of the First Joint Eurohaptics Conference and IEEE Symposium
on Haptic Interfaces for Virtual Environment and Teleoperator Systems
WorldHaptics 2005. He is currently guest editor of a special
issue of the Springer Virtual Reality journal on “Multisensory
Interaction in Virtual Environments” and served as reviewer for several
robotics and computer science journals.
He is currently scientific
responsible for SSSA of two europen projects in the area of robotics,
virtual reality and neuroscience, DECISION IN MOTION and PRESENCCIA.
He has been former
technical responsible of the European project IST PURE-FORM (www.pureform.org). He is also associate member of ASME (the American Society of
Mechanical Engineers), IEEE (the Institute of Electronics and Electric
Engineers).
His research interests range in the field of Virtual Reality, Haptic
Interfaces and haptic rednering, Human Computer Interaction,
Theoretical Kinematics, Robots Modeling and Control of Mechanical
Systems.
At PERCRO laboratory he is currently working on the control of a
robotic full body extender for human performance augmentation.
