Tactile interfaces are essential for enhancing human-machine interactions, yet achieving
large-scale, precise distributed force sensing remains challenging due to signal coupling …

Upper limb tennis injuries are primarily chronic, resulting from repetitive overuse. We
developed a wearable device which simultaneously measures risk factors (grip strength …

In forehand strokes with different grips in tennis, the forearm muscle activities, the
distribution and attenuation of the impact loads, and the effects of the muscles on the impact …

In recent years, significant research progress has been made in the field of flexible
piezoresistive pressure sensors (FPPS) due to advancements in structure, materials, and …

The tennis racket has developed since the origins of Lawn Tennis in the 1870s. This study
investigated how the tennis racket developed from 1874 to 2017, using measurements and …

Manual wheelchair (MWC) users are exposed to whole-body vibrations (WBVs) during
propulsion. Vibrations enter the MWC structure through the wheels' hub, propagate …

Flexible micro-sensors have significant application potential in the field of sports
performance evaluation. The aim of this study is to assess sports performance by grip …

High vibration transfer from a tennis racquet to the player may cause discomfort, and is
hypothesized to influence performance and the onset of muscle fatigue. This study …

Fingertip force control plays an important role in learning motor skills. Exoskeleton gloves
have been developed to assist with fingertip force control, but having the equipment on the …

This paper presents an in‐depth analysis of tennis match scene classification using an
adaptive Gaussian mixture model parameter estimation simulation algorithm. We divided the …