Numerical and experimental characterization of wrist-fingers communication link for RFID-based finger augmented devices
S Amendola, V Di Cecco… - IEEE Transactions on …, 2018 - ieeexplore.ieee.org
Radio frequency-identification finger-augmented devices (R-FAD) identify a particular
wearable technology suitable to turn the human fingers into enhanced sensing surfaces to …
wearable technology suitable to turn the human fingers into enhanced sensing surfaces to …
Finger-Augmented RFID system to restore peripheral thermal feeling
V Di Cecco, S Amendola, PP Valentini… - … Conference on RFID …, 2017 - ieeexplore.ieee.org
Finger-Augmented Devices (FAD) identify a particular wearable technology suitable to turn
the human fingers into enhanced sensing surfaces for advanced human-computer …
the human fingers into enhanced sensing surfaces for advanced human-computer …
[PDF][PDF] Wireless and battery-less biointegrated sensors for bodycentric Internet of Things
S Amendola - 2017 - pervasive.ing.uniroma2.it
The advent of Internet of Things (IoT)–a paradigm emphasizing data interconnectedness
through networked objects densely distributed in the environment–is deemed crucial to …
through networked objects densely distributed in the environment–is deemed crucial to …
Gesture feedback
S Dandamudi, H Dixit - US Patent 10,372,216, 2019 - Google Patents
A gesture recognition device (100) for recognising gestures made by a user is disclosed.
The device comprises a gesture detector for detecting a gesture made be a user and a …
The device comprises a gesture detector for detecting a gesture made be a user and a …
Direction consistent approach for telepresence system with miniature humanoid robot
S Owada, Y Tsumaki - 2017 IEEE International Conference on …, 2017 - ieeexplore.ieee.org
In our previous work, we developed a miniature humanoid robot called MH-2. It is able to
reproduce the movements of an operator, because it has dual 7-DOF arms that are the same …
reproduce the movements of an operator, because it has dual 7-DOF arms that are the same …