Comparison of Two Still Image Wearable Camera Annotation Schemas for Posture Classification

Avery Bayer, “Comparison of Two Still Image Wearable Camera Annotation Schemas for Posture Classification” Mentor: Scott Strath, Kinesiology Poster #6  Wearable cameras (WC) are tools that provide rich contextual information on physical activity. WC still image annotation coding schemas are…… Read More

Impact of Lean Muscle Mass on Strength and Functional Mobility in Clinical Populations

Cloe Belongia, “Impact of Lean Muscle Mass on Strength and Functional Mobility in Clinical Populations” Mentor: Scott Strath, Kinesiology Poster #141  The effects of aging can often lead to reductions in skeletal muscle mass, which is closely linked with diminishing…… Read More

Wearable Camera High-Frequency Still Images Can Accurately Estimate Movement Behavior and Posture

Brooke Karpinske, “Wearable Camera High-Frequency Still Images Can Accurately Estimate Movement Behavior and Posture” Mentor: Scott Strath, Kinesiology Poster #83 Accurate and precise estimates of physical activity (PA) and sedentary behavior (SB) are important to fully elucidate the relationship between…… Read More

Wearable Camera Still Images Can Accurately Estimate Physical Activity Intensity

Julia Egly, “Wearable Camera Still Images Can Accurately Estimate Physical Activity Intensity” Mentor: Scott Strath, Kinesiology Poster #50 Wearable camera (WC) technology can capture still images at varying capture rates for extended periods of time. WC images are accurate for…… Read More