Biosensors & Bioelectronics

Lauren Woodard Parrish

Publications

• Research Article
  Research Gaps and Opportunities in Sensor-Based Medical Exploration Capabilities in Extravehicular Astronaut Suits
  Author(s): Matthew Morrison, Rodrick Rogers, Karanvir Singh, Bryan Harper, Francisco Sanchez, Olivia Williams, Travis Williams, Ryan Mays, Chenye Li, Jazsmin Arnold, Georgia Haggard, Hana Smith, Erica Sims, Lauren Woodard Parrish, Melinda Valliant and John RalstonMatthew Morrison, Rodrick Rogers, Karanvir Singh, Bryan Harper, Francisco Sanchez, Olivia Williams, Travis Williams, Ryan Mays, Chenye Li, Jazsmin Arnold, Georgia Haggard, Hana Smith, Erica Sims, Lauren Woodard Parrish, Melinda Valliant and John Ralston
  
  NASA’s Human Research Program has identified the need to improve their capability to predict estimated medical risks during exploration missions, as well as the need to provide computed medical decision support while minimizing medical resource utilization. From May 2017 through October 2017, a research team with the University of Mississippi Electrical Engineering Department conducted interviews with a dozen NASA personnel from the Human Research Program, Life Support Systems Technology Development, Game Changing Development Program, the Wyle Science, Technology and Engineering Group, and MEI Technologies. This report outlines the challenges and gaps identified as a result of these interviews in the Human Research Roadmap towards implementing a sensor-based medical monitoring system in EVA suits, as well as the opportunities in pursuing solutions towards these challenges. We de.. Read More»
  DOI: 10.4172/2155-6210.1000248

  Abstract PDF