System architecture of a human biosensing and monitoring suite with adaptive task allocation

Abstract

Future space missions require the integration of enhanced physical and physiological monitoring systems for supporting missions of both short and long duration. This human biosensing and monitoring suite will specify and implement a proof of concept of a non-invasive sensor system for crew monitoring in space missions, by integrating cost-cutting equipment. HuBAM is composed of: (1) astronaut wearable suit(s) (AWS), combined with (2) an Automated Equipping station (AES) that can be deployed as needed within space habitats and/or space transportation vehicles. The design and evaluation methods employed will be systematically mapped onto each Design Thinking stage for this first iteration. Based on results and findings, the paper will deliver recommendations and tasks for further developments, and future iterations using the Design Thinking process.