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Using
VISITviewTM for Collaboration and Distance Learning
Tim
Schmit
ORA/ARAD/ASPT,
NESDIS
Thomas
Whittaker
CIMSS
Anthony Mostek
NWS
Scott Bachmeier
CIMSS
VISITview is a distance learning and real-time collaboration tool
developed for the National Oceanic and Atmospheric Administration
(NOAA) VISIT (Virtual Institute for Satellite Integration Training)
program to meet the needs of science training of the operational
forecasters. While VISITview emphasizes functions needed to realize
these goals, it can be used for applications where image animations,
zooming, colorizing, drawing, and the like are needed. VISITview
includes an integrated whiteboard/blackboard, a chat function,
page-by-page quizzes, and inks to external Web sites.
The key to the VISITview approach is that it connects the instructor(s)
to many students located in many different offices. Given that
the application is Java-based, VISITview is platform independent.
VISITview is used for a host of applications, ranging from National
Weather Service training of both satellite and non-satellite topics
to distance collaboration. To date, over 12,000 training certificates
have been issued with the various VISITview modules. The VISITview
software is freely available. More information can be obtained
at: http://www.ssec.wisc.edu/visitview/.
Using the Graphical User Interface (GUI) VISITview™ Lesson
Builder, it is possible to build a VISITview lesson from several
sources, including Microsoft PowerPoint presentation files. The
presenter will show a VISITview lesson that was quickly developed
to demonstrate the uses for the various spectral bands on the
next generation geostationary satellite Advanced Baseline Imager
(ABI). This lesson presents the various uses of the ABI bands
using the VISITview software so that the material can be discussed
with remotely located colleagues. The lesson is available for
viewing at http://www.ssec.wisc.edu/visit/briefings/abi03/viewbriefing.html.
Using VISITview saves time, money and travel-induced wear-and-tear.
Biography
Timothy
J. Schmit works for the Advanced Satellite Products Team
within the NESDIS
Office of Research and Applications located in Madison,
WI. Tim’s experience with satellite data includes
deriving VAS temperature and moisture retrievals, and gradient
winds with GOES-6/7, simulating the expected signal from
the GOES-I (-8) Imager and Sounder instruments, instrument
calibration and inter-calibrations, deriving meteorological
products from both the current sounder and imager, involvement
in data assimilation of Sounder products within numerical
prediction models, and helping to prepare for the next generation
geostationary imagers (Advanced Baseline Imager) and sounders
(Hyperspectral Environmental Suite). Tim received his Bachelors
(1985) and Masters (1987) degrees from the University of
Wisconsin-Madison.
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