extend their arms or legs to increase their inertia.

tuck their body tighter to increase their inertia.

tuck their body tighter to decrease their inertia.

extend their arms or legs to decrease their inertia.

Countermovement Jumps typically exhibit a larger peak force compared to Squat Jumps.

Squat Jumps generally show a quicker rate of force development than Countermovement Jumps.

Countermovement Jumps often have a longer ground contact time compared to Squat Jumps.

Squat Jumps commonly result in a greater jump height than Countermovement Jumps.

Both Countermovement Jumps and Squat Jumps have similar force plate data characteristics.

a reduced momentum.

a greater braking impulse.

a reduced impulse.

a greater propulsive impulse.

Electroencephalogram.

Accelerometer.

Gyroscope.

Magnetometer.

Non-Optical Motion Capture.

Digital Twin Technology.

Optical Motion Capture.

Smart Electronic Textiles.

Increased equipment costs.

Faster data processing.

More complex setup requirements.

Lower data accuracy.

Monitoring muscle fatigue in real-time.

Footwear design innovation.

Immersive training environments.

Increasing sensor accuracy.

Supervised Learning.

Reinforcement Learning.

Semi-supervised Learning.

Unsupervised Learning.

Inaccurate depiction of lighting conditions in the filmed scene.

The distortion of a measured distance, due to an offset camera angle.

The misinterpretation of an object's length change as it moves towards or away from the camera.

The blurring effect caused by rapid movement in the frame.

Displacement or difference in the apparent position of an object viewed along two different lines of sight.