Abstract: A method and apparatus are disclosed for measuring human movement of a test subject during a standard coordination and balance test. The test subject is placed in a selected test position, e.g. standing on one leg for a selected test period. A sensor device is attached to at least one body member of the test subject. The sensor generates and transmits a signal representative of movement of the body member during the test (hereinafter “the test”). The test subject is viewed through a viewfinder of a visual recorder. The recorder and sensor device are activated and generate image and sensor signals which are transmitted to an analyzer for determining the movement of the body members during the test. A coordination and balance score is calculated from the test based on the body movement, body member location and test time. The score is compared a standard associated with the test, and provides an indicator of the test subject's coordination and balance skill.

Abstract: A method and apparatus are disclosed for measuring human movement of a test subject during a standard coordination and balance test. The test subject is placed in a selected test position, e.g. standing on one leg for a selected test period. A sensor device is attached to at least one body member of the test subject. The sensor generates and transmits a signal representative of movement of the body member during the test (hereinafter “the test”). The test subject is viewed through a viewfinder of a visual recorder. The recorder and sensor device are activated and generate image and sensor signals which are transmitted to an analyzer for determining the movement of the body members during the test. A coordination and balance score is calculated from the test based on the body movement, body member location and test time. The score is compared a standard associated with the test, and provides an indicator of the test subject's coordination and balance skill.

Abstract: A method and apparatus are disclosed for measuring human movement of a test subject during a standard coordination and balance test. The test subject is placed in a selected test position, e.g. standing on one leg for a selected test period. A sensor device is attached to at least one body member of the test subject. The sensor generates and transmits a signal representative of movement of the body member during the test (hereinafter “the test”). The test subject is viewed through a viewfinder of a visual recorder. The recorder and sensor device are activated and generate image and sensor signals which are transmitted to an analyzer for determining the movement of the body members during the test. A coordination and balance score is calculated from the test based on the body movement, body member location and test time. The score is compared a standard associated with the test, and provides an indicator of the test subject's coordination and balance skill.

Abstract: A method and apparatus are disclosed for measuring human movement of a test subject during a standard coordination and balance test. The test subject is placed in a selected test position, e.g. standing on one leg for a selected test period. A sensor device is attached to at least one body member of the test subject. The sensor generates and transmits a signal representative of movement of the body member during the test (hereinafter “the test”). The test subject is viewed through a viewfinder of a visual recorder. The recorder and sensor device are activated and generate image and sensor signals which are transmitted to an analyzer for determining the movement of the body members during the test. A coordination and balance score is calculated from the test based on the body movement, body member location and test time. The score is compared a standard associated with the test, and provides an indicator of the test subject's coordination and balance skill.