Aerospace
production
ally. This
Rollei ILR
| LFC and
1989). To
eam these
ms in the
he actual
has been
8 images
nd ECDS
curacy is
Airbus to
mm. The
mm. The
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ents were
ditions on
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). Higher
achieved if
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| daily use
ind quality
the diving
ine has to
well as at
dy of the
ed targets
in every frame plane. 25 images were taken.around the
submarine body from the shopfloor and from a crane.
The threedimensional coordinates of each frame plane
were used for a roundness control by a least squares
adjustment. The final result is a protocol sheet for every
frame plane which has been approved by the
manufacturer and the customer. This survey procedure is
approved by the German Ministry of Military Procurement
(BWB) as the final control of every submarine.
5. CONCLUSION
The camera hardware developments in the last years
(e.g. Kodak DCS 460, Rollei Chipack), the performance
enhancement of PCs and new developments in digital
image processing and photogrammetric algorithms have
brought forth a new generation of digital
photogrammetric systems as the DPA-WIN. These
systems are now at the step of becoming tools for the
daily industrial measurement tasks. In the next
development step the first experiences of users from the
shopfloor have to be incorporated to enhance the system
performance to achieve an even higher user satisfaction.
The verification tests performed in several companies
and institutes combined with high accuracy reference
measurements have contributed to make the accuracy
evaluation of digital photogrammetric systems more
transparent for the customers.
6. ACKNOLEDGEMENT
We have to thank all our partners for the cooperation in
performing the verification tests:
German Federal Institute for Calibration and Metrology,
PTB, Braunschweig, Germany
Daimler Benz Aerospace Airbus GmbH, Hamburg,
Germany
Howaldts Werke Deutsche Werft AG, Kiel, Germany
7. Literature
Beyer, H.A., Uffenkamp, V. and van der Vlugt, G., 1995.
Quality control in industry with digital photogrammetry.
In: Optical 3D measurement techniques IIl, Karlsruhe,
Germany, pp. 29-38.
Bósemann, W., Peipe, J. and Schneider, C.-Th., 1994.
Zur Anwendung von Still Video Kameras in der digitalen
Nahbereichsphotogrammetrie. Zeitschrift für
Photogrammetrie und Fernerkundung, 62(3), pp. 90-96.
Bósemann, W. and Sinnreich, K., 1994. An optical 3D
tube measurement system for quality control in industry.
Automated 3D and 2D vision, SPIE 2249, pp. 192-199.
Brown, J. and Dold, J., 1995. V-STARS - a system for
digital industrial photogrammetry. In: Optical 3D
measurement techniques lll, Karlsruhe, Germany, pp.
12-21.
Dold, J., Riechmann, W., 1995. LFC und RSI; ein
hochgenaues Industriemefssystem. In: Optical 3D
measurement techniques, Karlsruhe, Germany, pp. 229-
240.
Fellbaum, M. and Godding, R., 1995. Economic solutions
in photogrammetry through a combination of digital
systems and modern estimation techniques. In: Optical
3D measurement techniques lll, Karlsruhe, Germany,
pp. 362-371.
Fraser, C.S. and Shortis, M.R., 1994. Vision metrology in
industrial inspection: a practical evaluation. International
Archives of Photogrammetry and Remote Sensing, 30(5),
pp. 87-91.
Van den Heuvel, FA, 1993. Automated 3D
measurement with the DCS200 digital camera. In:
Optical 3D measurement techniques Il, Karlsruhe,
Germany, pp. 63-71.
Kersten, T.P. and Maas, H.-G., 1994. Digital high
resolution still video camera versus film-based camera in
photogrammetric industrial metrology. Idib., 30(1),
pp.114-121.
Lenz, R. and Lenz, U., 1993. New developments in high
resolution image acquisition with CCD area sensors. In:
Optical 3D measurement techniques |l, Karlsruhe,
Germany, pp. 53-62.
Maas, H.-G. and Kersten, T., 1994. Digitale
Nahbereichsphotogrammetrie bei der Endmontage im
Schiffbau. Zeitschrift für Photogrammetrie und
Fernerkundung, 62(3), pp. 96-102.
Peipe, J. and Schneider, C.-Th., 1994. Photogrammetric
calibration and performance tests of still video cameras.
Ibid., 30(1), pp. 108-113.
Peipe, J., Schneider, C.-Th. and Sinnreich, K., 1993.
Digital photogrammetric station DPA - a measurement
system for close range photogrammetry. In: Optical 3D
measurement techniques ll, Karlsruhe, Germany, pp.
292-300.
Peipe, J., Schneider, C.-Th. and Sinnreich, K., 1994.
Performance of a PC based digital photogrammetric
station. International Archives of Photogrammetry and
Remote Sensing, 30(5), pp. 304-309.
Schneider, C.-Th, 1991. Mehrbildzuordnung. In:
Dimension 1991- Optische Formerfassung. DGZfP, Vol.
27, Berlin, pp. 61-67.
533
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part BS. Vienna 1996
