WEARABLE OPTICAL SENSOR PLATFORM FOR MULTIPLEXED SWEAT CHEMICAL MONITORING Team: Xuewei Wang (LSA), Pei-Cheng Ku (CoE) Summary: Wearable technologies fail to provide insight into the user’s physiological and metabolic state at molecular levels. Sweat is a biofluid...
A PROJECTION-BASED AUGMENTED REALITY SYSTEM FOR INCLUSIVE RECREATIONAL SPORTS AND PERFORMANCE TRACKING Team: Roland Graf (Stamps School of Art and Design), Sun Young Park (Stamps School of Art and Design and School of Information), and Hun Seok Kim (CoE) Summary: To...
WEARABLE-BASED PHYSIOLOGICAL SENSING TO PROMOTE THE ELDERLY’S MOBILITY Team: SangHyun Lee (CoE) and Philippa Clarke (School of Public Health and ISR) Summary: Researchers aim to develop and test a wearable-based physiological and collective sensing framework that...
SENSOR TECHNOLOGY AND COMPLEX ANALYTICS TO ASSESS, MONITOR AND PREDICT INJURY IN ELITE BASEBALL PITCHERS Team: Stephen Cain (CoE), Rich Gonzalez (LSA; Ross School of Business; ISR; and CoE), Michael Freehill (Medical School), and Cristine Agresta (outside consultant)...
MOBILE SLEEP AND CIRCADIAN RHYTHM ASSESSMENT FOR ENHANCED ATHLETIC PERFORMANCE Team: Olivia Walch (Medical School), Cathy Goldstein (Medical School), and Danny Forger (LSA and Medical School) Summary: Circadian rhythms are biological events that repeat in the body...
