Abstract: A system includes a plurality of conformal sensors and a central controller. Each conformal sensor includes a processing portion and an electrode portion. The electrode portion is configured to substantially conform to a portion of an outer skin surface of a subject and to sense electrical pulses generated by muscle tissue of the subject. The sensed electrical pulses are transmitted from the electrode portion to the processing portion as raw analog signals for onboard processing thereof by the processing portion of the conformal sensor. The processing portion is configured to create digital signals representative of the raw analog signals. The central controller is coupled to each of the plurality of conformal sensors and is configured to receive the digital signals from each of the plurality of conformal sensors.

Abstract: A system includes a plurality of conformal sensors and a central controller. Each conformal sensor includes a processing portion and an electrode portion. The electrode portion is configured to substantially conform to a portion of an outer skin surface of a subject and to sense electrical pulses generated by muscle tissue of the subject. The sensed electrical pulses are transmitted from the electrode portion to the processing portion as raw analog signals for onboard processing thereof by the processing portion of the conformal sensor. The processing portion is configured to create digital signals representative of the raw analog signals. The central controller is coupled to each of the plurality of conformal sensors and is configured to receive the digital signals from each of the plurality of conformal sensors.