Biologically-based Technologies for Exploration boax) so Smart materials Human-centered Anticipatory Cognitive task analysis research Curious Self-modeling aERCam interfaces Adaptive Portable digital assistants wearable computing research Self-repairing nsor-lusion sensory ased Tecmoages fo ided motor control Electronic Nose Space Science How did the Universe, galaxies, stars, and planets form evolve? What is the morphology of the local space physics Earth magnetospheric environments? *1998 NASA Stratege Plan What are the sources of d he are they related to the structure nd evolution of the universe? interplanetary cosmic-dust particles, and what is their linkage to the evolution of theHEDS ENTERPRISE OFFICE OF LIFE AND MICRO GRAVITY SCIENCES AND APPLICATIONS [OLMSA] Biologically-based Technologies for Exploration Smart Materials & Structures Human-centered Systems • Anticipatory • Collaborative • Curious • Self-modeling • Adaptive • Self-repairing • Portable • Sensor-fusion & sensory￾guided motor control • Cognitive task analysis research • Innovative human-machine interfaces • Portable digital assistants & wearable computing research AERCam Electronic Nose Component *Areas of emph asis derived from Space Studies Board, National Research Council, Report of the Workshop on Biologically-based Technologies for Space Exploration, 1998 HEDS ENTERPRISE OFFICE OF LIFE AND MICRO GRAVITY SCIENCES AND APPLICATIONS Space Science [OLMSA] How did the Universe, galaxies, stars, and planets form & evolve?* • What are the sources of cosmic-ray particles, and how are they related to the structure and evolution of the universe? • What are the source of interplanetary cosmic-dust particles, and what is their linkage to the evolution of the solar system? • What is the morphology of the local space physics & Earth magnetospheric environments? *1998 NA SA Strategic Plan 7