A system for automated acquisition of digital flexion using a 3-D camera and custom gantry.

David M Brogan Aws AnazMarjorie SkubicChristopher J DyJay Bridgeman

Published in: Hand therapy (2022)

The automated system resulted in rapid data acquisition, with reliability varying by type of joint and location. It has the potential to improve efficiency in the collection of physical exam findings. Further developments of the system are needed to measure thumb and distal phalangeal motions.

Keyphrases

deep learning
machine learning
high throughput
physical activity
electronic health record
mental health
big data
convolutional neural network
minimally invasive
high speed
artificial intelligence
human health
loop mediated isothermal amplification
mass spectrometry
high resolution