Abstract: Techniques are described where a computer or mobile device performs video analysis of a person performing a basketball jump shot. The computer or mobile device performs video analysis to (1) determine whether the basketball jump shot resulted in the basketball going through a hoop as a made shot, (2) determine metric data for the basketball jump shot based on a plurality of pixels within a plurality of the frames of the video data, and (3) repeat the made shot and metric data determinations for a plurality of basketball jump shots by the person to thereby track the made shots and the metric data for those shots. The metric data may include knee bend data, release point data, and/or arc angle data for the shots.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity such as a basketball jump shot are described. The computer or mobile device performs video analysis to (1) determine a frame of the video data that depicts a body position of the person in a release phase of the basketball jump shot, (2) process pixels in the determined frame to determine data relating to a release point for the basketball jump shot, (3) process pixels in a plurality of the frames to determine whether the basketball jump shot resulted in the basketball going through a hoop as a made shot, and (4) repeat these operations for a plurality of basketball jump shots by the person to thereby track the made shots and the release point data for the plurality of basketball jump shots by the person.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity such as a basketball jump shot are described. The computer or mobile device performs video analysis to (1) determine a frame of the video data that depicts a body position of the person in a release phase of the basketball jump shot, (2) process pixels in the determined frame to determine data relating to a release point for the basketball jump shot, (3) process pixels in a plurality of the frames to determine whether the basketball jump shot resulted in the basketball going through a hoop as a made shot, and (4) repeat these operations for a plurality of basketball jump shots by the person to thereby track the made shots and the release point data for the plurality of basketball jump shots by the person.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity such as a basketball jump shot are described. The computer or mobile device performs video analysis based on one or more reference skeletons. The reference skeleton may be superimposed over captured video of the person performing the physical activity or compared to a generated player skeleton based on the captured video to determine derivation from the reference skeleton in the physical activity performed by the person.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity such as a basketball jump shot are described. The computer or mobile device performs video analysis based on one or more reference skeletons. The reference skeleton may be superimposed over captured video of the person performing the physical activity or compared to a generated player skeleton based on the captured video to determine derivation from the reference skeleton in the physical activity performed by the person.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity are described. The computer or mobile device performs video analysis based on one or more reference skeletons. The reference skeleton may be superimposed over captured video of the person performing the physical activity or compared to a generated player skeleton based on the captured video to determine derivation from the reference skeleton in the physical activity performed by the person.

Abstract: Techniques where a computer or mobile device performs video analysis of a person performing a physical activity are described. The computer or mobile device performs video analysis based on one or more reference skeletons. The reference skeleton may be superimposed over captured video of the person performing the physical activity or compared to a generated player skeleton based on the captured video to determine derivation from the reference skeleton in the physical activity performed by the person.