4. OUTLOOK
Within the MISSION-project, Austrian remote sensing will
get an important boost towards new applications, thus
approaching new user groups. This expectation is based
on the three major aspects to be exploited by MISSION:
o Employment of new high resolution optical sensors;
O Interdisciplinary and applications-oriented approach;
o New possibilities offered by computer-networks and
a related new generation of software-tools.
In the near future, within Europe access to transnational
networks like CEO will be a prerequisite for working with
remote sensing data. This is especially important for the
participation in international and interdisciplinary projects,
be it on scientific or commercial basis (Leberl and Kalliany,
1995). In cooperation with the project partners, the
Datapool task will combine operational needs of MISSION
for information, data-management and distribution with the
establishment of CEO-compatible structures.
Since most Austrian research institutes on remote sensing
as well as a number of important users are involved in
MISSION, the Austrian community will make a big step
forward towards international collaboration based on up-to-
date high performance communication systems.
5. ACKNOWLEDGEMENTS
This contribution is based on work for research-projects of
the Institute of Computer Graphics at Graz University of
Technology, funded by:
Oo Austrian Federal Ministry of Science and Research
© Austrian Academy of Sciences AdW
o Austrian Research Funds FWF
6. LITERATURE
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Churchill P.N., 1995: The Objectives and Concept of the
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Fritz L., 1996: The Era of Commercial Earth Observation
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Kalliany R., 1995: Status and Future of Remote Sensing in
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International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B4. Vienna 1996
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