Comments on: Brain Controlled Robot Follows Mental Commands (Video)

By: Videos of Robot Controlled By Rat Brain – Amazing Technology Still Moving Forward | Test Blog

Thu, 07 Oct 2010 22:51:13 +0000

[...] Brain Controlled Robot Follows Mental Commands (Video) [...]

By: Great Video of Wheelchair Controlled By Human Thought with AI Guidance | Singularity Hub

Tue, 14 Sep 2010 15:17:53 +0000

[...] We could control robots, maybe as surrogates for ourselves, in remote locations. In fact, we’ve already seen other EEG systems control bots. Or forget humanoid shapes, we could control cars, automated portions of our homes, or any [...]

By: Intendix, The Brain Computer Interface Goes Commercial (video) | Singularity Hub

Thu, 11 Mar 2010 16:40:57 +0000

[...] seen them used for typing before, as well as controlling computers, tagging images, or even commanding robots. While Intendix is simply a typing system, g*tec has been working on a Second Life control scheme [...]

By: Intendix, The Brain Computer Interface Goes Commercial (video) | Singularity Hub « Of Mice and Men

Sun, 07 Mar 2010 20:09:12 +0000

By: David

David — Sun, 29 Nov 2009 01:45:00 +0000

Why not a patch of skin? What’s so special about the tongue? A larger electrode patch might be able to contact more nerves on the chest or something. Also, I think a really interesting question would be what would happen if you tried to compress the video slightly? Would the brain learn to decompress video streams? Of course, I’m talking about something like the simplest compression possible, such as leaving a few identical pixels out of the image stream.

By: David

David — Sun, 29 Nov 2009 01:45:00 +0000

By: Brain Controlled Robot Follows Mental Commands (Video) | Singularity Hub « chrisdrit

Wed, 25 Nov 2009 04:39:46 +0000

[...] The video lacks sound, so here’s a quick play by play of what you’re seeing: 0:05 – The user is hooked up with non-invasive surface sensors that read brain activity. 0:25 – The robot identifies two objects on the table. 0:56 – The user is shown both objects, with a box alternatively flashing around each. Brain activity peaks when the flash is perceived, thus the system knows which object is being actively focused on. 1:15 – After the selection is interpreted, the robot proceeds to approach and lift the chosen object. (This takes a while). 2:00 – Again, using flashes to record the user’s focus, the robot is told to place the block on the blue platform with the gray square. 2:45 – Success! via singularityhub.com [...]