Method for associating a plurality of wireless motion tracking sensors to respective limbs of a human body
A method is provided for associating a plurality of wireless motion tracking sensors attached to limbs of a human body.
1 . A method for associating a plurality of wireless motion tracking sensors attached to limbs of a body of a human, each motion tracking sensor being attached to one of the respective limbs of the human, each motion tracking sensor having a unique identifier, each motion tracking sensor transmitting motion data and its unique identifier to a nearby receiving device when placed in an active state, the method comprising:
(a) storing in a database for each motion tracking sensor that is placed in the active state and which is detected by the receiving device:
(i) the unique identifier of the motion tracking sensor, and
(ii) a specific limb that the motion tracking sensor is associated with, wherein the specific limb is initially unassigned when detected by the receiving device;
(b) the receiving device detecting the unique identifiers of each of the motion tracking sensors and storing the unique identifiers in the database;
(c) displaying on a display that is in view of the human, a human body movement instruction indicating the specific limb of the human body that should be moved in response to the display;
(d) the receiving device detecting limb movement from one of the motion tracking sensors by detecting motion data that exceeds a predetermined threshold, thereby indicating a responsive limb movement; and
(e) associating the specific limb of the human body that was indicated should be moved in response to the display with the motion tracking sensor that was detected as having the responsive limb movement;
(f) updating the database to assign the motion tracking sensor to the specific limb that was detected as having the responsive limb movement; and
(g) repeating steps (c)-(f) for the remaining limbs of the human body, thereby associating each of the motion tracking sensors with a respective one of the limbs of the human body.
2 . The method of claim 1 wherein the motion tracking sensors are attached to left and right wrists and left and right ankles of the human.
3 . The method of claim 1 wherein the human body movement instruction is an instruction to shake one of the limbs of the human, the shaking being the detected motion data.
4 . The method of claim 1 wherein the receiving device detects limb movement from one of the motion tracking sensors only when motion data that exceeds the predetermined threshold is received from only a single motion tracking sensor.