H�fliger, Philipp - Institutt for Informatikk, Universitetet i Oslo

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H�fliger, Philipp - Institutt for Informatikk, Universitetet i Oslo

NANONanoelectronics Neuromorphic Electronics
Weight vector normalization in an analog VLSI artificial neuron using a backpropagating action potential
Learning a temporal code Ph. Hafliger
A spike based learning neuron in analog Philipp Hafliger
FLOATING GATE ANALOG MEMORY FOR PARAMETER AND VARIABLE STORAGE IN A
UNIVERSITY OF OSLO Department of Informatics
FLOATING GATE ANALOG MEMORY FOR PARAMETER AND VARIABLE STORAGE IN A
CAVIAR Hardware Interface Standards, Version P. Hafliger
A rank encoder: Adaptive analog to digital conversion exploiting time domain spike signal processing
AER Building Blocks for Multi-Layer Multi-Chip Neuromorphic Vision Systems
Weight vector normalization in an analog VLSI arti cial neuron using a backpropagating action potential
1 SPIKE BASED NORMALIZING HEBBIAN LEARNING IN AN ANALOG
High-Speed Serial AER on FPGA Hans Kristian Otnes Berge, Philipp Hafliger
A FOVEATED AER IMAGER CHIP M. Azadmehr, J. P. Abrahamsen and P. Hafliger
A TIME DOMAIN WINNER-TAKE-ALL NETWORK OF INTEGRATE-AND-FIRE NEURONS J. P. Abrahamsen, P. Hafliger, and T. S. Lande
SPIKE BASED LEARNING WITH WEAK MULTI-LEVEL STATIC MEMORY H. Kolle Riis and P. Hafliger
A MULTI-LEVEL STATIC MEMORY CELL P. Hafliger and H. Kolle Riis
ASYNCHRONOUS EVENT REDIRECTING IN BIO-INSPIRED COMMUNICATION Ph. Hafliger
A spike based learning neuron in analog Philipp Ha iger
Learning a temporal code Ph. Ha iger
An integrated circuit computing shift in stereo pictures using time domain spike signals
An Asynchronous 4-to-4 AER mapper H. Kolle Riis and Ph. Hafliger
DISS. ETH Nr. 13581 A Spike Based Learning Rule