L. Seminara begins today with a three-year working contract as RTDA researcher at Cosmic Lab
L.Seminara is interviewed to present the role of Cosmic Lab into the H2020 Tactility project https:/
L. Seminara, H. Fares, M. Franceschi, M. Valle, M. Strbac, D. Farina, S. Dosen (2020). Dual-paramete
Nataletti, S., Leo, F., Seminara, L., Trompetto, C., Valle, M., Dosen, S. and Brayda, L. Temporal as
THUMB workshop @ Eurohaptics 2020 - morning session – theme: “Artificial haptic systems"
All partners of the H2020 EU project "TACTILITY” about “How to Enrich Interaction In Virtual Environ
L. Seminara is among the organizers of the workshop THUMB (AcTive Haptic hUMans and Robots) at EuroH
L. Seminara coordinates the multidisciplinary consortium submitting the proposal MATISSE (Multimodal
The manuscript entitled "Smart Tactile Sensing Systems Based on Embedded CNN Implementations", Alame
L. Seminara has presented COSMIClab research in prosthetics at the Engineering Department of the Uni
Organizers:
Mario Osta, Ali Ibrahim, Maurizio Valle.
We are pleased to inform you that the special
The Paper entitled “ Toward enabling tactile sensation in Active Prostheses: Artificial skin patches
The Paper entitled “ Integration of a Virtual Prostheses with a Multichannel Tactile Feedback Interf
The Paper entitled “ Compensatory Tracking Delay Tractability in Closed-loop Dynamic Task based on V
The special session proposal (Hoda Fares, Strahinja Dosen, Maurizio Valle Organizers) whose title
The Paper entitled “ Introduction to the Special Issue on the 1st IEEE International Conference on A
The paper entitled: "Energy Efficient Implementation of Machine Learning Algorithms on Hardware Pla
The paper entitled: "FPGA Implementation of Approximate CORDIC Circuits for Energy Efficient Applica
Manuscript title: Active haptic perception in robots
Journal: Frontiers in Neurorobotics
Aut
The European Project TACTILITY on Tactile feedback-enriched virtual interaction is launched thes
Nataletti, S., Leo, F., Seminara, L., Trompetto, C., Valle, M., Dosen, S. and Brayda, L. Temporal asynchrony but not total energy nor duration improves the judgment of numerosity in electrotactile stimulation. Frontiers in bioengineering and biotechnology 2020, 8, 555. DOI: 10.3389/fbioe.2020.00555
Link: https://www.frontiersin.org/
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