Our contribution “A new concept of haptic interface for the reconstruction of the sense of touch”, L
The paper " An Energy Efficient System for Touch Modality Classification in Electronic Skin Applicat
L. Seminara has presented COSMIClab research in prosthetics at the Engineering Department of the Uni
The paper " Approximate Computing Methods for Embedded Machine Learning"
L. Seminara begins today with a three-year working contract as RTDA researcher at Cosmic Lab
The paper " Wearable System for Sensory Substitution for Prosthetics"
The National Scientific Qualification (ASN) regulation defined a new procedure for the University Pr
Based on the reviewer’s and the awards-committee's evaluation the BRONZE LEAF Certificate has been
The paper "Mutli-Channel Electrotactile Stimualtion System for Touch Substitution: A Case Study"
The paper "Tunable Floating-Point for Embedded Machine Learning Algorithms Implementation"
Unige Newsletter published an article regarding the seminar "Human-Robot Interaction and Human-Robot
The paper entitled "An Energy Efficient E-Skin Embedded System for Real-Time Tactile Data Decoding",
Research Position available at the Microsystems Research Unit (CMM-FBK) on development of low cost R
The project proposal "Innovative ICT system to restore the sense of touch in patients with sensory d
The manuscript entitled "Low Power Approximate Multipliers for Energy Efficient Data Processing", Ma
The paper "153dB Dynamic Range Calibration-Less Gas Sensor Interface Circuit with Quasi-Digital Outp
The paper M. Magno, A. Ibrahim, A. Pullini, M. Valle and L. Benini, "Energy Efficient System for Tac
The paper H. Fares, Lucia Seminara, Ali Ibrahim, Marta Franceschi, Luigi Pinna, Maurizio Valle, Stra
The paper M. Franceschi, V. Camus, A. Ibrahim, C. Enz and M. Valle, "Approximate FPGA Implementation
The paper "Interface Circuits Based on FPGA for Tactile Sensor Systems", A. Ibrahim, L. Pinna, and M