Development and Validation of a Daily Measure of Cardiorespiratory Fitness – Estimated VO2 Max- Using Multiparimetric Data from a Wearable Sensor
Richards, Gendy, Larimer, Steinhubl, Pipke
physIQ : September 14, 2011
Wegerich, Ryan, C. Richards, Hinojosa-Laborde, Convertino, Gould
Accurate and early assessment of hemorrhage in the field is essential for the initiation of optimal prehospital care. At present this is done using clinical signs and symptoms. Stroke volume (SV) is a primary indicator of the degree of central blood volume, but measurement is not feasible in the field. The purpose of this study was to assess the efficacy of similarity based modeling (SBM) in predicting SV based on data collected from a noninvasive wearable sensing device.
American Association for the Surgery of Trauma, Chicago, IL, September 2011
Richards, Gendy, Larimer, Steinhubl, Pipke
Chi, Reamer, Gordon, Sarswat, Gupta, White VanGompel, Dayiantis, Morton-Jost, Ravichandran, Larimer, Victorson, Erwin, Halasyamani, Solomonides,...
Chi, Reamer, Gordon, Sarswat, Gupta, White VanGompel, Dayiantis, Morton-Jost, Ravichandran, Larimer, Victorson, Erwin, Halasyamani, Solomonides,...