The Emotiv SDK includes: A high resolution, neuro-signal acquisition and processing wireless neuroheadset and our proprietary software toolkit that exposes our APIs and detection libraries. The kit provides an effective development environment that integrates well with new and existing frameworks and is now available to developers
http://www.emotiv.com/developers.html
Le premier logiciel français permettant « d’agir par la pensée » Paris, le 13 mai 2009 Piloter un ordinateur par la pensée ?
http://www.inria.fr/presse/pre195.fr.html
SoundcardEEG (scEEG) prototype The idea Everyone has a sound input to their computer these days. If we used it to record EEG signals, the EEG hardware itself would be simpler and cost less. There is only one problem: Most audio systems, including sound cards, filter out frequencies below 20 Hz. The signals we want to capture are mostly below this frequency, so we can not just plug in the EEG amps and go. There are a variety of modulation schemes to get past the filter. You take a varying input voltage (say EEG), which is translated to an output sine wave of of varying: * Frequency (Frequency Modulation, FM) * Amplitude (Amplitude Modulation, AM)
http://openeeg.sourceforge.net/doc/hw/sceeg
Welcome to the OpenEXG-2 project A 2-channel biometric signal amplifier for EEG and other biological signal processing. About the project ModularEEG has been around for some years. The car industry has progressed by about 1 and ½ car model generations during this period, technology moves on. ModularEEG is a well performing device and should still be the design of choice for beginners. Disadvantages of ModularEEG are the following: 1. In today's RS232-less world, needing to fiddle with RS232-USB converters is clumsy; 2. Having to use a wall-wart mains adapter is also a pain; 3. The 10-bit resolution, although adequate, is on the low side. EXG-2 is a modern, up-to-date design and has the following advantages:
https://sites.google.com/site/openexg
Linux software for the OCZ Neural Impulse Actuatuator -- watch project news for progress information...
http://sourceforge.net/projects/nia4linux
Images read from human brain The Yomiuri Shimbun OSAKA--In a world first, a research group in Kyoto Prefecture has succeeded in processing and displaying optically received images directly from the human brain.
http://www.yomiuri.co.jp/dy/features/science/20081211TDY01306.htm
joystick de controle au cerveau : eeg, encéphalogramme
http://www.ocztechnology.com/products...ripherals/nia-neural_impulse_actuator
