DLP lecture material - Building high performance neuromorphic and bioinspired systems

Here is material for my IEEE Circuits and Systems (CAS) DLP lectures:

The first lectures were at the EAMTA school for microelectronics in Cordoba Argentina, Sept. 2007.

The second set of lectures were given in Australia Dec. 2007 in Adelaide, Perth, Sydney, and Brisbane.

• Building high performance neuromorphic and bioinspired systems: Spike-based digital vision - handout of slides for Simon Fraser University, Burnaby (Vancouver) Canada, July 2008.
• Spiking silicon retina for digital vision - handout of slides for Australia DLP trip Dec. 2007, Sydney, Perth, Brisbane, Adelaide.
• Building an asynchronous silicon retina and using it for digital vision - handout of slides of lecture given at EAMTA Sept 2007.
• Tutorial on neuromorphic engineering - covers the motivation, history, culture of NE and shows how The Physiologist's Friend Chip is built.

• Wikipedia definition of Neuromorphic
• Mead's 1991 Proceedings IEEE paper on Neuromorphic Electronic Engineering
• Tobi's review of Mead's book Analog VLSI and Neural Systems - on page 11 of this issue of The Neuromorphic Engineer .
• Boahen's 2005 Scientific American Article Neuromorphic Microchips

• Our asynchronous temporal contrast vision sensor: web page. The 2 page ISSCC paper about the retina.
• Asynchronous digital processing of events: jAER.
• Tobi's article on Freeing Vision from Frames - starts on page 3 of this issue of The Neuromorphic Engineer.
• CSEM Neuchatel's paper on their contrast vision sensor.
• Boahen's 2005 TCAS paper on Burst-mode AER Transmitters.

• Photoreceptor circuits
• Bump circuits
• The physiologist's friend chip - now including full design
• Bias generator design kits (in jAER project)
• The Logitech Trackball chip designed by Andre van Schaik and others at CSEM. Download ISSCC 1996 paper Download JSSC 1996 paper

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