Exploration, Information Systems - HMP 2000
Human-Centered Computing Studies
To understand human life and work in extreme environments, ultimately in space, by ethnographic studies of field science and exploration at Haughton; to investigate collaboration and learning in the field, particularly through computer media, with special interest in improvisation, replanning, and repairs.
Tasks on HMP-2000: The HCC scientist will systematically investigate individual experiences by shadowing particular scientists in the field (in the work tent, on EVAs); observe and model field trials of human-robotic systems (e.g., tests of the robotic imaging hopper) ; continue to acquire a scientific video record of HMP activities. All data gathered will be exploited in the NASA JSC MOD Questlab study with emphasis on time-delayed monitoring and communication with other communities using the full resources of the internet and multimedia. Information to be collected will include field notes, photos, and short videos, likely organized into conceptual maps (Cmaps.) The information will be sorted into raw (unreleasable) data, information sharable with colleagues of the expedition, information sharable with official scientific "back rooms", and information sharable with the public. Determining the categories and their definition is a central purpose of this study. The value of Cmaps for collecting and disseminating multimedia will also be assessed based on data collected over three field seasons of HMP activities. An effort will be made to evaluate the gap in mental maps between before field deployment and after.
To systematically evaluate a variety of wireless field communications hardware and software architectures and systems, and their associated technologies, in support of science and exploration activities at Haughton; to define the requirements of similar operational systems in support of the human exploration of Mars.
Tasks on HMP-2000: Among a variety of tasks, the MEX scientists will deploy and test a variety of radio communications systems with a range of power, bandwidth and network configuration to support communications across Haughton Crater. A dedicated instrumented NASA ATV will serve as the primary mobile platform for the proposed field trials.
