CAVIGLIA, DANIELE

CAVIGLIA, DANIELE  

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

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Titolo Data di pubblicazione Autore(i) File
153dB dynamic range calibration-less gas sensor interface circuit with quasi-digital output 1-gen-2017 Hijazi, Zeinab; Grassi, Marco; Caviglia, Daniele D.; Valle, Maurizio
A Current Mode CMOS Multi Layer Perceptron Chip 1-gen-1996 G. M., Bo; Caviglia, Daniele; Valle, Maurizio
A Digital Controlled Oscillator Based on Controlled Phase Shifting 1-gen-1989 Donzellini, Giuliano; Caviglia, Daniele; Parodi, Giancarlo; Ponta, Domenico; P., Repetto
A Digitally Controlled Oscillator Based On Controlled Phase Shifting 1-gen-1989 Caviglia, Daniele; Donzellini, Giuliano; Parodi, Giancarlo; Ponta, Domenico; P., Repetto
A Distributed DRC program for IC Layout Verification 1-gen-1990 Paganini, M; Chirico, M; Caviglia, Daniele; Curatelli, Francesco; Barzaghi, M; Bisio, G. M.
A Graph-Based Tool for Compacted Channel Routing 1-gen-1992 Curatelli, Francesco; Caviglia, Daniele; Cornero, M; Bisio, G. M.
A linear model of the recurrent inhibition in visual cortex leading to Gabor-like receptive fields. 1-gen-1992 BISIO G., M; Caviglia, Daniele; Indiveri, G; Raffo, L; Sabatini, SILVIO PAOLO
A multi-layers analog VLSI architecture for texture analysis isomorphic to cortical cells in mammalian visual system. 1-gen-1994 Raffo, L; BISIO G., M; Caviglia, Daniele; Indiveri, G; Sabatini, SILVIO PAOLO
A neural architectural model of simple and complex cortical cells. 1-gen-1992 Raffo, L; BISIO G., M; Caviglia, Daniele; Indiveri, G; Sabatini, SILVIO PAOLO
A neural model of cortical cells characterized by Gabor-like receptive fields-Application to texture segmentation. 1-gen-1992 BISIO G., M; Caviglia, Daniele; Indiveri, G; Raffo, L; Sabatini, SILVIO PAOLO
A neural network architectural model of visual cortical cells for texture segregation. 1-gen-1993 BISIO G., M; Caviglia, Daniele; Indiveri, G; Raffo, L; Sabatini, SILVIO PAOLO
A Parallel Approach to Symbolic Layout Compaction of Digital CMOS Cells 1-gen-1992 Barzaghi, M.; Caviglia, Daniele; Chirico, M.; Curatelli, Francesco; Bisio, G. M.; Prossen, S.; Stefani, L.
A reconfigurable analog VLSI neural network architecture with non linear synapses 1-gen-1998 Bo, G. M.; Caviglia, Daniele; Valle, Maurizio; Stratta, R.; Trucco, E.
A Self-Learning Analog Neural Processor 1-gen-2002 Bo, G. M.; Caviglia, Daniele; Valle, Maurizio
A Symbolic Cell Synthesizer for CMOS IC Design 1-gen-1988 Costa, R; Curatelli, Francesco; Caviglia, Daniele; Bisio, G. M.
A VLSI architecture for weight perturbation on chip learning implementation 1-gen-2000 Francesco, Diotalevi; Valle, Maurizio; Gianmarco, Bo; Caviglia, Daniele
A VLSI Image Processing Architecture Dedicated to Real-Time Quality Control Analysis in an Industrial Plant 1-gen-1996 Valle, Maurizio; L., Raffo; Caviglia, Daniele; Bisio, Giacomo
A Web-Based Courseware On Microelectronics 1-gen-1998 Caviglia, Daniele; G., Da Bormida; Ponta, Domenico; M., Terrizzano; Valle, Maurizio
About folded-PLA area and folding evaluation 1-gen-1987 Caviglia, Daniele; V., Piuri; M., Santomauro
AC/DC Buck Boost Converter for Wind-Powered Wireless Sensors 1-gen-2019 Haidar, Mohammad; Chible, H.; Morasso, R.; Caviglia, D. D.