people:taylor_berger:infinite_brain_paper
Differences
This shows you the differences between two versions of the page.
Next revision | Previous revision | ||
people:taylor_berger:infinite_brain_paper [2014/10/06 23:00] – created tberge01 | people:taylor_berger:infinite_brain_paper [2014/10/20 18:35] (current) – tberge01 | ||
---|---|---|---|
Line 1: | Line 1: | ||
- | ===== An Indefinite | + | ===== An Indefinitely Scalable |
- | //Abstract: // Current models of neural networks replace the spacial features of neuronal systems in favor of a mathematical description. This paper forgoes the mathematical model in favor of a more robust, spatially distributed neural network and shows pattern recognition is not only viable, but can be reconstructed | + | //Abstract: // ...(problem statement)... We define an implicit, spatially distributed neural network and show pattern recognition is not only viable, but robust in its classification tasks in a volatile system. We use the Moveable Feast Machine architecture to investigate a neural network with implied connections between neurons based on their proximity. We show that this type of neural network can be scaled indefinitely and learns |
people/taylor_berger/infinite_brain_paper.1412636415.txt.gz · Last modified: 2014/10/06 23:00 by tberge01