Chapin_2007abstr
Copyright © 2007 Ned
Chapin. Published by the Mars
Society with permission.
INTEGRATION TO INCREASE THE RETURN
FROM MARS EXPLORATION MISSIONS
Ned Chapin, Ph.D.
Information
Systems Consultant
InfoSci
Inc., Box 7117
Menlo
Park CA 94026-7117, USA
NedChapin@acm.org
ABSTRACT
While the number one goal of a
human crewed Mars exploration mission may well be to assure the health and
safety of the human crew, the number two goal is most probably to return to
Earth a lot of knowledge about Mars, i.e., data. Such data acquisition has been simulated
in part by activities done at The Mars SocietyŐs analog research stations. The crew members on actual Mars missions
will be applying their expertises in multiple science disciplines, and combining
their observations and insights with already known data about Mars, and with
the data gathered on-site by the use of tools and automated aids, such as
rovers. Even here on Earth, each
source, discipline, tool, and aid
used tends to acquire, generate, or provide data in forms and media that are
often cumbersome and incompatible.
On Mars (itŐs paperless), such characteristics will be costly. For example, a geologist and a biologist
describe differently in data terms what they observe, even when they are both
observing the same entity at the same time, such as an oddly colored rock. Usually, their choices for data
representation result in needing to use different data-handling equipment. This report sketches some of the ways on
Mars exploration missions that the integration of the data at its origination
or capture can be done. These ways
facilitate rather than hinder the varied work of the scientists in their
various disciplines thus making them more productive, reduce the weight and
volume of equipment and supplies taken to and from Mars, and improve
operational simplicity on Mars. The
net result can be more and better quality data about Mars returned to Earth by
crewed Mars missions.
Keywords: Data from missions,
improving science data, acquiring data on Mars, information systems use on
Mars, analog research station, paperless operations