achieving a system delay under 60 milliseconds and accurately mapping brain function areas within minutes of the surgery, according to NeuroXess. The high-gamma band (70-150 hertz) of ECoG signals ...

of ECoG signals were then used to train a neural network model to decode in real time, achieving a system delay of under 60 milliseconds. They could also map brain function areas accurately within ...

achieving a system delay under 60 milliseconds and accurately mapping brain function areas within minutes of the surgery, according to NeuroXess. The high-gamma band (70-150 hertz) of ECoG signals ...