Latest Articles for Sports Science

Study reveals how age influences NBA player performance with rest days.

CrossGLG improves action recognition using 3D skeleton data and text descriptions.

A new dataset improves action recognition for badminton, aiding performance analysis.

Exploring the benefits of inertial sensors for human motion analysis.

A study on muscle-tendon assessments in women athletes to improve performance.

A new method enhances learning from changing time-series data.

Research improves body composition estimation for Asian athletes.

This study examines muscle models to improve injury analysis during car crashes and sports.

This study analyzes how motor unit models create muscle force in various tasks.

A new benchmark merges pose estimation and biomechanics for better human movement analysis.

Researchers develop a new treadmill for studying walking on uneven terrains.

Combining camera and LiDAR data improves gait recognition for various applications.

Altering a sphere's surface can effectively generate lift in air.

Deep learning simplifies performance analysis for canoe sprinting athletes.

A look into how PDA helps analyze complex functional data.

Research shows how horizontal touchdown distance affects sprinter performance.

Innovative technique measures muscle strength through tendon signals for better workouts.

This study shows how grounded running can lower the risk of stress fractures.

Study reveals insights into motor imagery, enhancing research and rehabilitation tools.

Timing influences our senses and responses based on past experiences.

A look at using statistical models to evaluate athlete performance.

Study reveals new methods for analyzing running biomechanics and injury prevention.

Study examines how running speed affects hip and knee angles in runners.

New technology offers personalized joint support through optimized brace design.

Explore how the shoulder enables impressive movements like throwing.

A groundbreaking dataset for studying muscle activation in human movement.

Exploring how sEMG can transform interaction with technology using muscle signals.

A new method improves change-point detection in intermittent time series analysis.

Discover how our body and brain work together for walking.

A new approach combines physics and AI to predict muscle forces without extensive labeled data.

Discover how C4PM enhances wave data accuracy for safer navigation and surfing.

New methods improve accuracy in analyzing random functions across various fields.

Learn how hydrofoils transform windsurfing through scientific insights.

Learn how tendons work and why they are crucial for movement.

Macaque data enhances human pose estimation for various fields.

Discover the science behind impressive water jets created by falling spheres.