Presentation Slides
| Monday, March 2, 2009 | ||
|
James Albus |
|
Reverse Engineering The Human Visual System (Slide) |
|
Jim Anderson |
|
What can you do with your brain-inspired computer now that you’ve built it? (Slide) |
|
Kwabena Boahan |
|
Neurogrid: Emulating a million neurons in the cortex (Slide) |
|
Faye Briggs |
|
Welcome (Slide) |
|
Pradeep Dubey |
|
Massive Data Computing (Slide) |
|
Rick Granger |
|
Nonstandard engineering principles of brain circuits (Slide) |
|
Dileep George |
|
A mathematical canonical cortical circuit model that can help build build future-proof parallel architecture (Slide) |
|
Dan Hammerstrom |
|
Welcome (Slide) |
|
Greg Hornby |
|
The ALPS-EA for Robust, Massively Parallel Optimization (Slide) |
|
Karlheinz Meier |
|
VLSI Implementations of Very Large Scale Neuromorphic Circuits - Achievements, Challenges and Hopes (Slide) |
|
Misha Pavel |
|
Fusion-Based Robust Signal Processing by Humans and Machines (Slide) |
|
Craig Rasmussen |
|
PetaVision: A Software Architecture for Performing Petascale Simulations of Visual Cortex (Slide) |
|
Bruce Schachter |
|
Neuromorphic Target Cuer (Slide) |
|
Greg Snider |
|
Stable learning in networks of unreliable, memristive nanodevices (Slide) |
|
Bob (Robert) Thibadeau |
|
When the storage device becomes the computer (Slide) |
| NOTE: Family urgency prevented Randy O’Reilly to be available and present. Here is the set of slides (Slide) | ||