C
IS
ition of
acted in
ntation,
ing to
iced by
sfer are
for the
so very
sign aid
national
program
ina and
hnology
derived
national
by the
Iltimedia
orts will
terparts
r and
e of the
ig of the
refore it
tries, to
submit their national reports as an obligate contribution
to the ISPRS congresses, but also to participate in the
discussion of a state of the art specification of the
content and appearance of the national reports, see
JACHIMSKI (1994).
On the other hand, a complete standardizing of the
national reports is not foreseen and might even not be
realistic.
To point out national specialties, the content of the
national reports should follow the idea "as free as far
possible, but standardized as far as necessary".
Therefore this chapter only deals with parts, foreseen for
standardization in the "national report matrix" to be
defined (see Table 3.1).
This matrix should allow easy connection with digital
aids.
It is highly recommended to carry out separate
national report matrices at least for research,
including education, see KONECNY(1992), practical
application, INTERNATIONAL COOPERATION and/or
TECHNOLOGY TRANSFER, history etc..
According to MORAIN (1992) an additional splitting of
the practical applications into private practice and
government Civil service might be useful.
The proposed content of the national report matrix does
not claim for completeness, but shall stimulate for further
progress in discussions and research in this field.
Suggestions, additions and modifications are
welcome.
Every member of a national society can contribute his
own matrix content to the national report matrix, which
will contain the summarizing information.
Of course it is the responsibility of the ISPRS to
evaluate the content of this national and/or member
reports, including global visualization, for
comparison and stimulation for future progress. It is
highly recommended, to provide this information via
internet and world wide web.
The idea behind this matrix is, to list all products of
Photogrammetry and Remote Sensing as complete as
possible.
Every product defines a line of the matrix:
Line 1: Visualization (mono and stereo)
Line 2: Interpretation (analogous and digital)
Line 3: Numeric coordinates (controlpoints,
topographic objects and DEM data)
Line 4: Linemaps (analogous and digital (vectordata,
GIS))
Line 5: Photomaps(analogous and digital (rasterdata,
-imageprocessing) etc.
National activity: | method stage
Application of Photomatics:
progress| meetings| publications special etc....
Visualisation: mono
3D
Interpretation: analog
digital
Numeric controlpoints
coordinates: topo objects |
DEM data etc.
National activity: | Model Software | Hardware| Practical
Linemaps: analog used applied | used accept.
prectordotale digital Application of Photomatics:
Photomaps: analog Photomaps analog
a (Rasterdata) digital acrial photogr.
(Rasterdata] digital scannerdata
ete radardata
near range
etc.
Appendix to the Member Report:
Country... eire rt^ date... Period... ch eene
submitted by: organization............................. approved.....................
topic: (indicate):-research(including education)
- practical application(private practice/governmental service)
- international cooperation
- history etc.
131
Table 3. 1: The Member Report Matrices (Draft) (window zooming for the field Photomaps and method)
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B6. Vienna 1996
