As used interchangeably herein, the terms “BCI” and “brain computer interface” refer to a signal-processing circuit that takes input in the form of raw brain signals and converts the raw...

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The present invention features a fully implantable brain-computer interface (BCI) to allow for simultaneous control of a body part of a patient and sensation from the body part.

The invention provides a less invasive and easier to implement brain-computer interface device and method. The method includes implantation of conductive skull screws in the skull of a...

The term “actuator”, “exoskeleton”, “prosthetic limb”, or an “external device” is used interchangeably and mean any kind of device, physical or implemented in software (e.g., virtual reality)...

function Brain-computer interface "Neuroprosthesis" systems. [005] Current state-of-the-art Brain-Machine Interfaces (BMIs) rely on invasive "passive" microelectrode technologies, which...

The present disclosure provides neural prosthetic devices (i.e., microdevices) that successfully combine neural recording, signal processing, and microstimulation functionalities in a single...

WO2021178914A1 2020-03-06 2021-09-10 Northwell Health, Inc. System and method for determining user intention from limb or body motion or trajectory to control neuromuscular stimuation or...

The system may comprise a brain computer interface (BCI). In another aspect the invention may provide a method for sensing or stimulating electrical activity of neural tissue from within an...

A fully integrated implantable architecture that combines electrode array, signal amplification, and telemetry has many advantages in creating a practical neural interface for a BMI based...