In alpine skiing, estimation of the muscle forces and joint loads such as the forces in the ACL
of the knee are essential to quantify the loading pattern of the skier during turning …

External forces, such as ground reaction force or air drag acting on athletes' bodies in sports,
determine the sport-specific demands on athletes' physical fitness. In order to establish …

Alpine ski training is restricted by environmental requirements and the incremental and
cyclical ways of how movement and form are taught. Therefore, we propose a virtual reality …

Engineering practice and the development of new technologies continue to transform many
aspects of our lives. The adoption of technology into sport is no exception where advances …

This study used wireless technology to investigate joint kinematic characteristics of the four
alpine skiing disciplines. Knee and hip angles were measured in 20 national team alpine …

The purpose of this study is to find out the effect of sports virtual training with applied sports
science and information and communication technology (ICT) for adults. We have …

The recent growth and spread of smart sensor technologies make these connected devices
suitable for diagnostic and monitoring in different fields. In particular, these sensors are …

Virtual reality-based sports simulators are widely developed, which makes training in a
virtual environment possible. One of the advantages of virtual training is the customizability …

Alpine skiing has strong environmental dependencies and the way of teaching the
movement is believed to be incremental and cyclical. Training alpine skiing on simulators is …

Background Alpine skiers typically train using repeated practice runs requiring high bursts of
muscle activity but there is little field-based evidence characterizing neuromuscular function …