Lan Tao. A Robust and High-Precision Three-Dimensional Motion Tracking Algorithm for Gymnasts. Dynamic Systems and Applications 29 (2020) No. 5, 2132 – 2139

https://doi.org/10.46719/dsa202029548

ABSTRACT.
Sports research often requires the capture of the body motion of gymnasts. It can, but it is labor-intensive, it is difficult to choose a suitable system. The manufacturer determines the specification report on the volume, environment, and sports aspects that are mostly different from sports research. This study aims to assist researchers in selecting an appropriate motion capture system for the motion application of their test device. Organizational researchers have been promoted to assist in selecting and researching that can contribute to an open web platform and improve the review. The system study conducted a robust and high-precision 3D motion tracking protocol. The screening articles were used to determine the human motion capture system used in the academic research report published in the source hundred study motion study. Provides an overview of the social motion capture system, general specifications reported by the manufacturer, and alignment specifications as determined in a review study. The accuracy of each system is marked against the measurement range. Summaries and diagrams can help researchers choose the corresponding measurement system. To improve information stability and keep up with technological advances, our inspired researchers conduct accuracy tests and add them to maps and computer overlays.

Keywords: gymnastics, research, review, TOF (Time of flight) technicalgrowths, human motion capture systems, standardization specifications