3. CONCLUSIONS.
Russian KVR-1000 high resolution space photographs and
SPOT XS digital data have been successfully used for
generating satellite image maps and satellite topoimage maps
up to the scale of 1: 25,000 with acceptable accuracy.
The following different professional software and hardware
were used in this project: System 600 Model 75 and VPSTA
of the International Imaging Systems, ImageStation Imager
ISI-3 of the Intergraph, ERDAS Imagine Map Composer, P-
1700 Photomation Optronics film scanner/writer device and
PS-1 PhotoScan ZEISS/INTERGRAPH, Intergraph
ANATech 3640 large format scanner, STORK, BARCO and
IRIS Ink-Jet printers.
SPOT XS data with pixel size 20 m by 20 m was found good
enough for merging with the high spatial resolution
KVR-1000 panchromatic photograph, SPOT multispectral
data have added false colours to the satellite image maps.
Black and White satellite image maps in the scale 1: 10,000
could be generated using KVR-1000 scanned with aperture
15 pm. However, the accuracy will not meet the standards
for this scale. In this case coordinates of GCP's should be
taken from existing aerial triangulation or measured directly
in field by GPS techniques.
KVR-1000 images have been used successfully by IGiK and
SURFACES Laboratory (Donnay, 1994) for updating topo-
graphic maps up to the scale 1: 25,000.
Colour hard copy image maps of Warsaw and Liege in scale
1: 25,000 were also printed with the use of the offset
technique.
These image maps were also very beneficial to the Warsaw
area in its urban planning and monitoring change detection
activities.
Acknowledgement
Special thanks to the Belgian Science Policy Office for the
support of a part of this project.
Maps have been elaborated in the framework of a research
project No. 9 S605 002 07 financed by the State Committee
for Scientific Research in Poland.
References
Kaczyfiski, R., Konieczny, J., 1988. High resolution Soviet
space photographs for topographic mapping. In: 16th ISPRS
Congress, Kyoto. Int. Arch. of Photogrammetry and Remote
Sensing, Com. II, Vol. 27, T. B2, pp. 501-505.
Kaczyfiski, R., Muller, F., Donnay, J.P., 1995. Satellite
image map of Warsaw in the scale 1: 25,000. In: 14th
EARSeL Advances in Remote Sensing, ‘Topography form
Space', Vol. 4, No.2, pp. 100-102.
Kaczyfiski, R., 1994. Mapa satelitarna Warszawy w skali
1: 25,000. Satellite image map of Warsaw. Map published by
the Institute of Geodesy and Cartography and printed by
EUROSENSE. Warsaw 1994. ISBN 83-900969-3-5.
Konecny, G., 1995. Current status and future possibilities for
topographic mapping from space. In: 14th EARSeL
Advances in Remote Sensing , ‘Topography from Space’,
Vol. 4, No. 2, pp. 1-18.
Marek, K.H., Weigelt, A., 1993. The 3rd Generation of
Space Photography. In: ISPRS Workshop and Conference
‘International Mapping from Space’, University of Hannover,
Vol. 15, pp. 101-107.
Muller, F., Donnay, J.P. and Kaczyfiski, R., 1994.
Evaluation of high resolution Russian satellite photographs
for map revision up to the scale 1: 25,000. In: Proceedings of
the ISPRS Com. IV Symposium on Mapping and GIS,
Athens, Georgia, USA, pp. 304-310.
Riess, A., Albertz, J., Sollner, R. and Tauch, R., 1993. Neue
hochauflosende sateltenbilddaten aus Russland. ZPF 1/1993,
pp. 42-46.
Sollner, R., 1993. First Experiences with the application of
superhigh-resolution photographs. In: Proceedings of the
ISPRS Com. IV Conference ‘International Mapping from
Space‘, Hannover, edited by G. Konecny, (University of
Hannover), pp. 117-127.
Utilisation de l'imagerie spatiale russe KOSMOS puor la mise
á jour de la carte topographique et des banques de données g
éographiques, 1994. Repport Final Liege, edited by J.P.
Donnay, (Universite de Liege).
406
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B4. Vienna 1996
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