MiHeart: Assessment of wearable-derived heart rate metrics during exercise
Evaluate the validity of a wrist worn wearable device to assess heart rate during exercise conditions and across factors including device placement, skin tone/color, and type/depth of underlying tissue. Assess the effect of different skin tone, skin thickness, device...
Vx: Validation of VO2max predictors via wearable technology
Evaluate the efficacy of a wrist worn wearable device to assess metabolic measures during exercise and outcomes of body composition in running athletes. Assess the effect of different demographics, such as age, weight, gender, and fitness level on device accuracy....
HYDRO: Assessment Of Sweat Loss During Running By Wearable Technology
Hydro (Hydration Response to Aerobic Activity (HYDRO) Sweat Solution Evaluation Project) Evaluate the effects of distance and environmental condition on sweat loss and assess the validity and accuracy of sweat loss estimation from a smart watch wearable device. In-lab...
MiPACE – Michigan Performance and Aerobic Capacity During Exercise
Michigan Performance and Aerobic Capacity During Exercise. Using wearable technology to track in-life data, and lab-based measures to assess musculoskeletal biomechanics..