A Hardware Implementation of Hierarchical Neural Networks for Real-Time Quality Contol Systems in Industrial Applications. - Daniela Baratta; Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle; Giovanni Canepa; Riccardo Parenti; Carla Penno (ICANN, 1997)

An Analog VLSI Computational Engine for Early Vision Tasks. - Giacomo M. Bisio; Gian Marco Bo; M. Confalone; Luigi Raffo; Silvio P. Sabatini; M. P. Zizola (ICANN, 1997)

A reconfigurable analog VLSI neural network architecture with non-linear synapses. - Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle; R. Stratta; Emanuele Trucco (Int. J. Circuit Theory Appl., 1998)

An analog VLSI implementation of a feature extractor for real time optical character recognition. - Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle (IEEE J. Solid State Circuits, 1998)

Analog VLSI circuits as physical structures for perception in early visual tasks. - Luigi Raffo; Silvio P. Sabatini; Gian Marco Bo; Giacomo M. Bisio (IEEE Trans. Neural Networks, 1998)

Evaluation and Validation of Local and Adaptive Weight Perturbation Learning Algorithms for Optical Characters Recognition Applications. - Francesco Diotalevi; Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle (IIA/SOCO, 1999)

An On-Chip Learning Neural Network. - Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle (IJCNN (4), 2000)

A VLSI Architecture for Weight Perturbation on Chip Learning Implementation. - Francesco Diotalevi; Maurizio Valle; Gian Marco Bo; Daniele D. Caviglia (IJCNN (4), 2000)

An analog on-chip learning circuit architecture of the weight perturbation algorithm. - Francesco Diotalevi; Maurizio Valle; Gian Marco Bo; Ezio Biglieri; Daniele D. Caviglia (ISCAS, 2000)

Analog CMOS current mode neural primitives. - Francesco Diotalevi; Maurizio Valle; Gian Marco Bo; Enrico Biglieri; Daniele D. Caviglia (ISCAS, 2000)

Analog CMOS implementation of feature detection operators for automatic real-time optical character recognition systems. - Daniele D. Caviglia; M. Tosato; M. Mazzucco; Gian Marco Bo; Maurizio Valle (ICECS, 2001)

A Self-Learning Analog Neural Processor. - Gian Marco Bo; Daniele D. Caviglia; Maurizio Valle (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2002)