Abstract: A wearable apparatus for using reinforced neurofeedback for sports training is configured to be worn at or near a user's joint to monitor a position of the user's joint. One such a wearable apparatus comprises a processor, a computer-readable medium, a sensor, an I/O component, a battery, a timer, a signaling component, and a flexible printed circuit. The computer-readable medium store at least one optimal range of the user's joint and/or a sequence of timed optimal ranges of the positions of the user's joint for a specific sport. The sensor continuously detects the position of the user's joint. Once the processor determines that the user's joint falls outside the optimal range of the position of the user's joint, the processor activates the signaling component to send a feedback signal for the user to make immediate corrections to the position of the user's joint.

Abstract: Wearable apparatuses and methods for using reinforced neurofeedback for sports training are disclosed. Embodiments of such wearable apparatuses are configured to be worn at or near a user's joint to monitor the joint position. An embodiment may comprise a processor, a computer-readable medium, a sensor, an IO component, a battery, a timer, a signaling component, and a flexible printed circuit. The computer-readable medium of this embodiment may be configured to store at least one optimal range of joint position and/or a sequence of timed optimal ranges of joint positions for a specific sport. In this embodiment, the sensor continuously detects the joint position, and once the processor determines that the joint position falls outside the optimal range of joint position, it activates the signaling component to send a feedback signal so that the user may immediately make correction.