-
13
Dec
The common housefly executes exquisitely precise and complex aerobatics with less computational might than an electric toaster

Our goal is to understand flight control from the insect’s perspective. What we have learned so far, and what we expect the experiment to confirm, is that the fly uses a flight control paradigm that is completely different from that of a fighter jet.
By: Rafal Zbikowski, IEEE’s Spectrum Issue Nov 2005
Polymer nanowires threaded through the bloodstream may be a practical way to enter the cranium

By threading nanowires through blood vessels in the neck, researchers hope to access the brain electrically and electronically without having to pierce the skull.
By: Willie D. Jones, IEEE’s Spectrum Issue Oct 2005
This section provides an introduction to the analysis of data obtained from using small extracellular electrodes to record neural activity.
There’s a great deal of interesting stuff to be learned from analyzing simultaneously recorded spike trains. Probably the most popular analysis involves the construction of the crosscorrelograms and JPSTHs.

MULAB, University of Pennsylvania provides an excellent tutorial on these issues.
Amygdala is open-source software for simulating spiking neural networks (SNNs). Spiking neural networks are a very specific sort of “artificial brain” which has shown particular promise in recent scientific research. SNNs have very useful applications in artificial intelligence (AI) and pattern recognition.

Biometrics Computational Neuroscience CPG LFP Noise Machine Learning Sparse neurons Wavelets neural recordings Information Theory Modelling Dimensionality Reduction Neural Networks Clustering Statistical Analysis Neurophysiology Brain Interfaces Spike Sorting Brain Research
WP Cumulus Flash tag cloud by Roy Tanck requires Flash Player 9 or better.