Using a single Kinect device for human skeleton tracking and motion tracking lacks of
reliability required in sports medicine and rehabilitation domains. Human joints …

Wearable inertial motion capture, a new type of motion capture technology, mainly estimates
the human posture in 3-D space through multisensor data fusion. The available method for …

The seamless and ubiquitous wireless access is crucial to the immersive experiences in the
metaverse. Considering the limited communication and computing resources, how to …

Many emerging motion-related applications, such as virtual reality, decision making, and
health monitoring, demand reliability and quick response upon input changes. Motion …

The study of joint kinematics and dynamics has broad clinical applications, including the
identification of pathological motions or compensation strategies and the analysis of …

Evaluating whole-body motion is challenging because of the articulated nature of the
skeleton structure. Each joint moves in an unpredictable way with uncountable possibilities …

This paper presents a collision avoidance system based on vision sensors that is suitable for
collaborative robotics scenarios. In fact, collaborative robotics foresees the possibility that …

This paper suggests a method of classifying Korean pop (K-pop) dances based on human
skeletal motion data obtained from a Kinect sensor in a motion-capture studio environment …

Extended-reality (XR) technology is transforming digital interaction by blending virtual
elements with the physical world via portable devices. Accurate body movement recognition …

The main purpose of the various methods of evaluating athlete feature recognition is to
monitor the current health of the athletes, thereby providing some feedback on the quality of …