Abstract: Neurological interfacing with a user is performed using by one or more hardware data processors including processing circuitry and memory that receives stimulation data from at least one data input source for stimulating two or three different axes of motion and processes the stimulation data to determine at least two of pitch, yaw, and roll parameters. Based on the at least two of the pitch, yaw, and roll parameters, at least two of a yaw current signal, a pitch current signal, and a roll current signal are determined. The at least two of the yaw current signal, the pitch current signal, and the roll current signal are time-multiplexed modulated signals. A maximum current amplitude signal occurs at different times for the at least two of the yaw current signal, the pitch current signal, and the roll current signal. Output currents are generated based on the least two of the yaw current signal, the pitch current signal, and the roll current signal.

Abstract: Neurological interfacing with a user is performed using by one or more hardware data processors including processing circuitry and memory that receives stimulation data from at least one data input source for stimulating two or three different axes of motion and processes the stimulation data to determine two or more of pitch, yaw, or roll parameters. Based on the two or more of the pitch, yaw, or roll parameters, two or more of a yaw current signal, a pitch current signal, or a roll current signal are determined. The two of the yaw current signal, the pitch current signal, or more the roll current signal are time-multiplexed modulated signals. A maximum current amplitude signal occurs at different times for the two or more of the yaw current signal, the pitch current signal, or the roll current signal. Output currents are generated based on the two or more of the yaw current signal, the pitch current signal, or the roll current signal.

Abstract: Neurological interfacing with a user is performed using by one or more hardware data processors including processing circuitry and memory that receives stimulation data from at least one data input source for stimulating two or three different axes of motion and processes the stimulation data to determine at least two of pitch, yaw, and roll parameters. Based on the at least two of the pitch, yaw, and roll parameters, at least two of a yaw current signal, a pitch current signal, and a roll current signal are determined. The at least two of the yaw current signal, the pitch current signal, and the roll current signal are time-multiplexed modulated signals. A maximum current amplitude signal occurs at different times for the at least two of the yaw current signal, the pitch current signal, and the roll current signal. Output currents are generated based on the least two of the yaw current signal, the pitch current signal, and the roll current signal.