Electrocorticography or ECoG, is a method of brain-computer interaction, in which a mesh of electrodes is placed like a veil, directly over the outside of the brain itself.
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ECoG, or electrocorticography is a method of brain-computer interaction, in which a mesh of electrodes is placed like a veil, directly over the outside of the brain itself. MicroEcog, as the name suggests, is an order of magnitude smaller, and much more permanent.
Electrocorticography or ECoG is a method of neural interface in which an electrode array, quite like a fine mesh, is draped over the upper surface of the brain directly, under the skull. A section of the skull is removed to allow the array to be fed in, then replaced. The result is near-identical to a high fidelity EEG that is under the skull and thus away from its pattern dampening properties.
This single frame taken from the 2004 film 'The Stepford Wives', shows the neuroprosthetic arrays used in The Stepford Wives, to control the brains of the wives. Obviously the placement here is wrong, to do what they do. Five ECoG ? electrocorticography ? arrays could not perform the functions of mind control demonstrated in the film, because they do not penetrate deeply into it. Thus they are symbolic of the science involved, rather than prescriptive.
Industry News containing the Term ECoG:
A technology currently used to monitor epilepsy is being adapted into a neural interface for people who are paralyzed or have motor impairments from neurodegenerative disease. Neurolutions, a startup based in St. Louis, is developing a smal...
Using neural activity recorded from a sheet of electrodes laid directly on the surface of a patient's brain - ECoG or electrocorticography as it is otherwise known - scientists can predict the movement of fingers, as well as which of sever...
We use both sides of our brain for speech, a finding by researchers at New York University and NYU Langone Medical Center that alters previous conceptions about neurological activity. The results, which appear in the journal Nature, also of...
(Press Release) New research is speeding the development of brain-controlled devices that may soon allow amputees and paraplegics to use their limbs. Within a few short years, these so-called brain-computer interfaces (BCI) may also allow p...
A startup company, Neuropace in Mountain View Ca., has developed a device that offers new hope for epilepsy patients. The device is designed to neutralize the abnormal electrical activity in the region of the brain that causes seizures.