IBRAHIM, ALI

IBRAHIM, ALI  

100026 - Dipartimento di Ingegneria navale, elettrica, elettronica e delle telecomunicazioni  

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Titolo Data di pubblicazione Autore(i) File
A mixed-precision binary neural network architecture for touch modality classification 1-gen-2021 Younes, H.; Ibrahim, A.; Rizk, M.; Valle, M.
Algorithmic level approximate computing for machine learning classifiers 1-gen-2019 Younes, H.; Ibrahim, A.; Rizk, M.; Valle, M.
An energy efficient system for touch modality classification in electronic skin applications 1-gen-2019 Osta, M.; Ibrahim, A.; Magno, M.; Eggimann, M.; Pullini, A.; Gastaldo, P.; Valle, M.
Approximate Computing Methods for Embedded Machine Learning 1-gen-2019 Ibrahim, A.; Osta, M.; Alameh, Mohamad; Saleh, M.; Chible, H.; Valle, M.
Approximate FPGA implementation of CORDIC for tactile data processing using speculative adders 1-gen-2017 Franceschi, M.; Camus, V.; Ibrahim, A.; Enz, C.; Valle, M.
Approximate multipliers based on inexact adders for energy efficient data processing 1-gen-2017 Osta, M.; Ibrahim, A.; Chible, H.; Valle, M.
Assessment of FPGA implementations of one sided Jacobi algorithm for singular value decomposition 1-gen-2015 Ibrahim, Ali; Valle, Maurizio; Noli, Luca; Chible, Hussein
Data Oriented Approximate K-Nearest Neighbor Classifier for Touch Modality Recognition 1-gen-2019 Younes, H.; Ibrahim, A.; Rizk, M.; Valle, M.
DCNN for Tactile Sensory Data Classification based on Transfer Learning 1-gen-2019 Alameh, M.; Ibrahim, A.; Valle, M.; Moser, G.
Distributed sensing and stimulation systems for sense of touch restoration in prosthetics 1-gen-2017 Fares, Hoda; Seminara, L.; Ibrahim, A.; Franceschi, M.; Pinna, L.; Valle, M.; Dosen, S.; Farina, D.
Efficient FPGA Implementation of Approximate Singular Value Decomposition based on Shallow Neural Networks 1-gen-2021 Younes, H.; Ibrahim, A.; Rizk, M.; Valle, M.
Electronic skin and electrocutaneous stimulation to restore the sense of touch in hand prosthetics 1-gen-2017 Seminara, L.; Franceschi, M.; Pinna, L.; Ibrahim, A.; Valle, M.; Dosen, S.; Farina, D.
Electronic Skin: achievements, issues and trends 1-gen-2014 Seminara, Lucia; Pinna, Luigi; Ibrahim, Ali; Noli, Luca; Capurro, PIETRO MARCO; Caviglia, Stefano; Gastaldo, Paolo; Valle, Maurizio
Embedded Electronic System Based on Dedicated Hardware DSPs for Electronic Skin Implementation 1-gen-2016 Ibrahim, Ali; Noli, Luca; Gastaldo, Paolo; Chible, Hussein; Valle, Maurizio
Embedded electronic systems for tactile data processing 1-gen-2017 Ibrahim, A.; Noli, L.; Chible, H.; Valle, M.
Embedded feedback system for upper limb prosthetics 1-gen-2020 Abbass, Y.; Saleh, M.; Ibrahim, A.; Valle, M.
Energy efficient implementation of machine learning algorithms on hardware platforms 1-gen-2019 Osta, M.; Alameh, M.; Younes, H.; Ibrahim, A.
Energy efficient system for tactile data decoding using an ultra-low power parallel platform 1-gen-2017 Magno, M.; Ibrahim, A.; Pullini, A.; Valle, M.; Benini, L.
FPGA implementation of fixed point CORDIC-SVD for E-skin systems 1-gen-2015 Ibrahim, Ali; Valle, Maurizio; Noli, Luca; Chible, Hussein
FPGA-Based tactile sensory feedback system with optical fiber data communication link for prosthetic applications 1-gen-2019 Di Patrizio Stanchieri, G.; Saleh, M.; Sciulli, M.; De Marcellis, A.; Ibrahim, A.; Valle, Maurizio; Faccio, M.; Palange, E.