To date, scientific investigations into the biomechanical aspects of cricket fast bowling
techniques have predominantly focused on identifying the mechanical factors that may …

Objective. To quantify the concurrent accuracy and the test‐retest reliability of a Kinect V2‐
based upper limb functional assessment system. Approach. Ten healthy males performed a …

Low-cost, portable, and easy-to-use Kinect-based systems achieved great popularity in out-
of-the-lab motion analysis. The placement of a Kinect sensor significantly influences the …

Lacrosse imposes multiple simultaneous physical demands during play including throwing
and catching a ball while holding a crosse, running, cutting, and jumping. Often, these skills …

We develop a deep learning refined kinematic model for accurately assessing upper limb
joint angles using a single Kinect v2 sensor. We train a long short-term memory recurrent …

This study assessed the reliability and validity of segment measured accelerations in
comparison to front foot contact (FFC) ground reaction force (GRF) during the delivery stride …

The purpose of this study was to identify the detailed mechanism how the maximum
throwing arm endpoint velocity is determined by the muscular torques and non-muscular …

The aims of this study were:(1) to quantify the acute effects of ball weight on ball release
speed, accuracy, and mechanics in cricket fast bowling; and (2) to test whether a period of …

This study investigated the relationship between front foot contact (FFC) ground reaction
forces (GRF) during the delivery stride, lower-limb strength, eccentric dexterity and power …

This study examined the relationships between physical capacity, bowling technique and
ball speed in 20 fast-bowlers. Technique factors correlated with ball speed were; bowling …