Miscellaneous


Nerve mechanisms that enable “bodily evolution and mental transmission

Published on Apr 8, 2015

Associate Professor Junichi Ushiba
Faculty of Science and Technology, Keio University
 

Robot Action Connected to Human Thought

Published on May 30, 2013

An international team of scientists is working to connect human thought patterns to robotic actions. Controlled humanoids present a new world of mobility for some and a disaster clean-up tool for others. (May 30)
 

4WD Robot Controlled by Electroencephalogram?EEG)

Published on Aug 29, 2016

Mind control is real.

Electroencephalography (EEG) measures bioelectrical activity in the brain - specifically bio-electrical signals generated by the cerebral cortex nerve cells.

By putting the EEG electrodes onto your forehead, you can send signals including those interfering ones in the surrounding environment to the sensor. A common-mode rejection algorithm is used to filter the interfering noise so as to detect the EEG signals. The signals are then transferred to the controller to make the robot move forward and backward, and make turns accordingly.
 

Model helicopter guided by power of thought

Published on Jun 5, 2013

A model helicopter can now be steered through an obstacle course by thought alone. The aircraft's pilot operates it remotely using a cap of electrodes to detect brainwaves that are translated into commands.
Category
Science & Technology

Article "Toy helicopter guided by power of thought"
Technology to pilot aircraft with brainwaves offers promise for prosthetics.

by Devin Powell
June 5, 2013

Article "Quadcopter control in three-dimensional space using a noninvasive motor imagery-based brain–computer interface"

by Karl LaFleur, Kaitlin Cassady, Alexander Doud, Kaleb Shades, Eitan Rogin, Bin He
June 4, 2013
 

Brain–computer interface helps decode internal speech

May 13, 2024

Researchers developed a brain–computer interface (BCI), with implanted microelectrode arrays located in the supramarginal gyrus (SMG) and primary somatosensory cortex (S1), that can help decode internal speech.
 
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