Abstract: Disclosed are various embodiments for using sensor devices to detect and monitor movement of a body. The sensor devices may be coupled to a body in a predefined arrangement, where a sensor device is positioned on a particular portion of the body in accordance with the predefined arrangement. The sensor devices measure a position of the portion of the body to which the band is secured during movement and communicate the position to a client device to be used in generating and updating a graphical representation of the movement performed in near-real-time. Further, the client device may determine whether the movement performed conforms to an ideal movement and, in response to the movement not conforming to the predefined movement, a suggested change in the movement can be identified that, if performed, would conform to the ideal movement.

Abstract: Disclosed are various embodiments for using sensor devices to detect and monitor movement of a body. The sensor devices may be coupled to a body in a predefined arrangement, where a sensor device is positioned on a particular portion of the body in accordance with the predefined arrangement. The sensor devices measure a position of the portion of the body to which the band is secured during movement and communicate the position to a client device to be used in generating and updating a graphical representation of the movement performed in near-real-time. Further, the client device may determine whether the movement performed conforms to an ideal movement and, in response to the movement not conforming to the predefined movement, a suggested change in the movement can be identified that, if performed, would conform to the ideal movement.

Abstract: Disclosed are various embodiments for using sensor devices to detect and monitor movement of a body. The sensor devices may be coupled to a body in a predefined arrangement, where a sensor device is positioned on a particular portion of the body in accordance with the predefined arrangement. The sensor devices measure a position of the portion of the body to which the band is secured during movement and communicate the position to a client device to be used in generating and updating a graphical representation of the movement performed in near-real-time. Further, the client device may determine whether the movement performed conforms to an ideal movement and, in response to the movement not conforming to the predefined movement, a suggested change in the movement can be identified that, if performed, would conform to the ideal movement.

Abstract: Disclosed are various embodiments for using sensor devices that include accelerometers and gyroscopes to detect and monitor movement of a body. The sensor devices may be coupled to a body in a predefined arrangement, where a sensor device is positioned on a particular portion of the body in accordance with the predefined arrangement. The sensor devices measure a position of the portion of the body to which the band is secured during movement and communicate the position to a client device to be used in generating and updating a three-dimensional reconstruction of the movement performed in near-real-time. Further, the client device may determine whether the movement performed conforms to a predefined movement and, in response to the movement not conforming to the predefined movement, a suggested change in the movement is identified that, if performed, would conform to the predefined movement.

Abstract: Disclosed are various embodiments for using sensor devices that include accelerometers and gyroscopes to detect and monitor movement of a body. The sensor devices may be coupled to a body in a predefined arrangement, where a sensor device is positioned on a particular portion of the body in accordance with the predefined arrangement. The sensor devices measure a position of the portion of the body to which the band is secured during movement and communicate the position to a client device to be used in generating and updating a three-dimensional reconstruction of the movement performed in near-real-time. Further, the client device may determine whether the movement performed conforms to a predefined movement and, in response to the movement not conforming to the predefined movement, a suggested change in the movement is identified that, if performed, would conform to the predefined movement.