ages 
ed 
nous 
y. 
fo 
tive 
yme- 
ee 
alled 
e 
nate 
he 
cene 
rans- 
nent, 
on of 
posi- 
T- 
has to 
ed in 
ing to 
eoplot- 
of 50 
je with 
c 
erfor- 
nsfor- 
tem 
are 
nsfor- 
 linka- 
has 
nate 
where 
am and 
mation 
, pro- 
s, but 
ine 
the real- 
s data 
oy use of 
ely 
y three- 
line imagery directly in the PHODIS orientation process. 
Practical experiences with the system presented here will be 
obtained by compiling from MOMS-02, HRSC and WAOSS 
data. 
Past obstacles in the workflow such as restrictions on the 
processing speed of the computer and the available graphical 
subsystems as well as the digital-analog conversion of the 
image data have been overcome. Thus the spectrum of the 
image data that can be processed with the standard product 
PHODIS ST has been expanded. 
Still unresolved is the optimum use of the information content 
of three-line images. This could be done by matching in the 
third image (e.g. HRSC channel). 
5 ACKNOWLEDGEMENTS 
We receive valuable support by Rüdiger Brand and Manfred 
Stephani at the Technical University Munich, which is grate- 
fully acknowledged. Parts of the work presented is funded by 
grant 500M9205 of the German Space Agency (DARA). 
6 REFERENCES 
Dórstel C. and Willkomm P. (1994): PHODIS ST digital Strereoplotter 
Automating Photogrammetric Operations and Workstation Design. Inter- 
national Archives of Photogrammetry and Remote Sensing, Vol. 30, Part 
3, pp. 188-193. 
Dérstel C. (1995): PHODIS Innovations. Photogrammetric Week '95, 
Wichmann, Karlsruhe, pp. 5-10. 
Dorrer E., Maier W., Uffenkamp V. (1995): Stereocompilation of MOMS- 
02 Scenes on the Analytical Plotter. MOMS Symposium, Kóln. 
Dorrer E., Maier W., Zhou X. (1995): Digital correction of kinematic 
image geometry due to nonlinearities of Linear-Array-Sensors. MOMS 
Symposium, Kóln. 
Dowman I., Gugan D., Müller J., O'Neill M., Paramananda V. (1987): 
Digital Processing of SPOT data. Intercommission Conference on Fast 
Processing of Photogrammetric Data. Interlaken, pp. 318-330. 
Dowman I., Ebner H., Heipke C. (1992): Overview of European deve- 
lopments in digital photogrammetric workstations. Photogrammetric 
Engineering & Remote Sensing, Vol. 58, Part 1, pp. 51-56. 
Ebner H., Kornus W., Ohlhof T. (1994): A simulation study on point 
determination for the MOMS-02/D2 space project using an extended 
functional model. Geo-Information-Systems, Vol. 7, Part 1, pp. 11-16. 
Ebner H., Ohlhof T., Tang L. (1994): Eine Studie zur Bildzuordnung und 
Punktbestimmung im Rahmen der MARS96 Mission. Zeitschrift für 
Photogrammetrie und Fernerkundung, 62(2), pp. 57-71. 
Gülch (1994): Erzeugung digitaler Gelándemodelle durch automatische 
Bildzuordnung. DGK, Heft C 418, 168 p. 
Heipke C. (1993): State-of-the art of Digital Photogrammetric Workstati- 
ons for Topographic Applications. SPIE Conference on Integrating Photo- 
grammetric Techniques with Scene Analysis and Machine Vision, Vol. 
1944, pp. 210-222. 
Heipke C. (1995): Digitale photogrammetrische Arbeitsstationen. DGK, 
Heft C 450, 111 p. 
Heipke C. (Ed.) (1996): Digitale photogrammetrische Arbeitsstationen. 
Zeitschrift für Photogrammetrie und Fernerkundung, Vol. 63, Part 1. 
Hoch L. and Dorrer E. (1992): Real Time Processing of MOMS-02 Linear 
Array Imagery for Analytical Stereo Restitution. International Archives of 
Photogrammetry and Remote Sensing, Vol. 29, Part 2, pp. 140-144. 
77 
IfP (1996): Automatische Punktübertragung. Institut für Photogrammetrie 
(IfP). Universität Stuttgart. 
Konecny G. (1996): Hochauflôsende Fernerkundungssensoren für karto- 
graphische Anwendungen in Entwicklungsländern. Zeitschrift für Photo- 
grammetrie und Fernerkundung, 64(2), pp. 39-51. 
Kratky V. (1989): Rigorous photogrammetric processing of SPOT images 
at CCM Canada. ISPRS Journal of Photogrammetry and Remote Sensing, 
Vol. 44, pp. 53-71. 
Ohlhof T. (1995): Block triangulation using three-line images. Photo- 
grammetric Week '95, Wichmann, Karlsruhe, pp. 97-206. 
Ohlhof T. and Kornus W. (1994): Geometric Calibration of Digital 
Three-Line CCD Cameras, International Archives of Photogrammetry and 
Remote Sensing, Vol. 30, Part 1, pp. 71-81. 
Siebe E. and Schiewe J. (1993): MOMS-02 Data Processing. ISPRS WG 
IV/2 Workshop on International Mapping from Space, Vol. 15, pp. 143- 
152. 
Tsingas V. (1992): Automatisierung der Punktübertragung in der Aerotri- 
angulation durch mehrfache digitale Bildzuordnung. DGK, Heft C 392. 
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B2. Vienna 1996