Fall AGU Session: Revolutionary Space Exploration Concepts Using Onboard Computing

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Fall AGU Session: IN20: Revolutionary Space Exploration Concepts Using 
Onboard Computing 
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From: Ashley Davies <Ashley.Davies@xxxxxxxxxxxx>


Dear Colleagues:

Please consider submitting abstracts to the following session at Fall AGU.
Abstracts are due September 7, 2006.

IN20: Revolutionary Space Exploration Concepts Using Onboard Computing

Future missions will potentially perform many functions onboard the 
spacecraft such as preliminary data analysis, elements of mission planning, 
and rapid response without ground intervention. Onboard analysis can be 
used to select the most important science data, such as detecting rare 
events, as well as to identify and retarget the spacecraft to acquire 
critical data of transient events. This capability is already in use or 
development for several missions. For example, NASA's New Millennium 
Program Autonomous Sciencecraft Experiment, currently flying in Earth 
orbit, controls the EO-1 spacecraft, allowing rapid response to detection 
of dynamic events (volcanic, flooding, and cryosphere change). Similar 
capabilities are in advanced development for the Mars Exploration Rovers 
and Mars Odyssey missions.

This special session invites contributions covering concepts for future 
missions leveraging onboard data processing and decision-making, 
integration of assets into an automated network (a "sensor web") to enable 
rapid reaction to detection of dynamic events, and coordination of assets 
in a sensorweb. This session has two goals: to describe to the scientific 
community the increase in science return possible through use of the latest 
technological advances in spacecraft and rover autonomy; and to solicit 
contributions from the scientific community of requirements for improving 
investigations, both terrestrial and extra-terrestrial, through use of 
autonomy.



Ashley Davies, Ph.D.
Lead Scientist, NMP-ST6 Autonomous Sciencecraft Experiment
Asteroids, Comets and Satellites Group (3224)
ms 183-501
Jet Propulsion Laboratory
4800 Oak Grove Drive
Pasadena, CA 91109-8099

tel:    818-393-1775
fax:    818-393-4445
email:  Ashley.Davies@xxxxxxxxxxxx

JPL webpage: http://science.jpl.nasa.gov/people/ADavies/ 

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