7/19/2004 - NASA · PDF file 7/19/2004 stract: ... (NREN) using a combination of terrestrial...
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abstract.txt 7/19/2004 stract: NASA Glenn Research Center, in cooperation wixh NASA Ames and geologists extended the computational capabilities of the inforrna-cion Power Grid to remote research sites. The combination of satellite [EOSI data acquisition and the IPG processing provides geologists with the ability to identify the key mineralogical features at the research site. The underlying connectivity for this research environment is provided by the Numerical Research and Education Network (NREN) using a combination of terrestrial and mobile satellite-based cetworking solntions. Our approach not only speeds the process of scientific discovery, but also serves as a simple demonstration of NASA’s capacity for geological classification and exploration of remotes sites such as the Martian surface. from the University of Cincinnati and Bowling Green State University, has The NASA Glenn Demonstrations combines satellite (EOS) data acquisition and the computational capabilities or the Information Power Grid (IPG) to provide geologists with the ability to iden’cify key mineralogical features in near real-time of an area in study. This capability could someday allow geoiogical classification of rocks and minerals of remotes sites suck as the Martian suiface. https://ntrs.nasa.gov/search.jsp?R=20050198904 2018-05-04T16:25:34+00:00Z
Transcript of 7/19/2004 - NASA · PDF file 7/19/2004 stract: ... (NREN) using a combination of terrestrial...
abstract.txt 7/19/2004
stract: NASA Glenn Research Center, in cooperation wixh NASA Ames and geologists
extended the computational capabilities of the inforrna-cion Power Grid to remote research sites. The combination of satellite [EOSI data acquisition and the IPG processing provides geologists with the ability to identify the key mineralogical features at the research site. The underlying connectivity for this research environment is provided by the Numerical Research and Education Network (NREN) using a combination of terrestrial and mobile satellite-based cetworking solntions. Our approach not only speeds the process of scientific discovery, but also serves as a simple demonstration of NASA’s capacity for geological classification and exploration of remotes sites such as the Martian surface.
from the University of Cincinnati and Bowling Green State University, has
The NASA Glenn Demonstrations combines satellite (EOS) data acquisition and the computational capabilities or the Information Power Grid ( I P G ) to provide geologists with the ability to iden’cify key mineralogical features in near real-time of an area in study. This capability could someday allow geoiogical classification of rocks and minerals of remotes sites s u c k as the Martian suiface.
https://ntrs.nasa.gov/search.jsp?R=20050198904 2018-05-04T16:25:34+00:00Z
4 P S coordinates for the experiment si le were: . i.a:itiide: North 40.SE3e .iongl?ude: Weir 709.371"
'Experiment Dates: June 23"'-27"j", 2893.
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