Inertial measurement units (IMU) are proven as efficient tools for swimming analysis by
overcoming the limits of video-based systems application in aquatic environments. However …

Researchers have heralded the power of inertial sensors as a reliable swimmer-centric
monitoring technology, however, regular uptake of this technology has not become common …

The use of inertial measurement units (IMU) has increased in swimming research as it is a
promising alternative to the time-consuming traditional ways of performance analysis such …

Inertial measurement units (IMU) are becoming increasingly relevant to motion analysis
among scientists as they become more accessible and less annoying for athletes. They are …

Sports researchers and coaches currently have no practical tool that can accurately and
rapidly measure the 3D kinematics of swimmers. Established motion capture methods in …

Objective: According to many outstanding scholars, sport is essential for social adaptation
and integration of people with disabilities. Therefore, it is important to research innovative …

In these challenging times caused by the COVID-19, technology that leverages Artificial
Intelligence potential can help people cope with the pandemic. For example, people looking …

This thesis explored the relationship between dancers' movement quantity and quality with
pain outcomes. Machine learning models applied to wearable sensor data that were …

Over the past decades, the use of video to monitor and analyze the performance in
swimming has become the gold standard of motion analysis. Due to the high cost of a …