This half-day Sunday afternoon (Feb 23, 2014) workshop focuses on wearable haptics. Wearable haptics are becoming an attractive field of research, referring to devices that can be worn on own body to provide haptic feedback. This has several applications, from rehab and human power augmentation, to haptic interaction with digital contents.
One class of devices is based on a promising design principle of wearable haptic systems that look at cutaneous perception and stimulation as a direct consequence of improved wearability in haptics.
Part of this workshop intends to cover the topics of design of new wearable devices based on new insights in neurophysiology and advances in device design.
A second class of devices is concerned with exoskeleton designs, that can be used for active guidance of movement, such as in motor recovery in rehabilitation, or for assistance of movement, such as in power augmentation applications. This class of devices has recently received increased attention, and poses challenging technological issues in terms of control, design and usability.
This workshop will cover all basic issues concerned with the development of wearable haptic device, with particular focus on upper limb wearable systems.
The workshop is intended for both haptic researchers and students who are approaching novel designs in haptics, and that are interested to novel paradigms of haptic interaction.
Program in brief
Section 1 Exoskeleton part
Detailed program schedule
Start | End | Duration | Section 1 Exoskeletons | |||||||
13:30 | 13:40 | 00:10 | Introduction & Wlecome | |||||||
13:40 | 14:00 | 00:20 | Lorenzo Masia IIT | Using multistability of composite materials as novel actuation concept for exoskeleton | ||||||
14:00 | 14:20 | 00:20 | Shelley Rea or Chris Beck. NASA Johnson Space Center | X1: A Robotic Exoskeleton for In-Space Countermeasures and Dynamometry, and Terrestrial Mobility Assistance | ||||||
14:20 | 14:40 | 00:20 | Fabrizio Sergi, Marcia O'Malley, Rice Univesity | Design, actuation and control of the MR-compatible equivalent of a wrist exoskeleton to study reaching movements during continuous fMRI | ||||||
14:40 | 15:00 | 00:20 | Antonio Frisoli, Scuola Sant'Anna | Issues in the design of arm exoskeletons for rehabilitation: admittance vs impedance based design | ||||||
15:00 | 15:30 | 00:30 | Coffee Break | |||||||
Section 2 Wearable haptics | ||||||||||
15:30 | 15:50 | 00:20 | Taku Hachisu, Hiroyuki Kajimoto, Tokyo University | Whole-body wearable haptics for navigation and immersive contents | ||||||
15:50 | 16:10 | 00:20 | Domenico Prattichizzo, Claudio Pacchierotti University of Siena | Wearable haptics. cutaneous feedback and teleoperation | ||||||
16:10 | 16:25 | 00:15 | Massimiliano Solazzi, Scuola Sant'Anna | Fingertip haptics for cutaneous feedback | ||||||
16:25 | 16:45 | 00:20 | Matteo Bianchi, Antonio Bicchi, University of Pisa | Sensing the human hand: simplicity and optimality criteria for wearable systems' | ||||||
16:45 | 17:00 | 00:15 | Amy Blank, Marcia O'Malley, Rice University | Sensory feedback for smart prosthetics in grasp and lift tasks | ||||||
17:00 | End of workshop |
For further information please contact workshop organizers.