KoopauHaTHa cucTema UTM, soHa 17 
OPTO®OTO KAPTA 
O6ekT: PHAYMbLHA XUN 
  
  
  
  
  
ne. 
  
M 1 : 1000 
(3a opuruHanuara kapra) 
V3pa6orun: Haranus llerposa JIparauosa 
  
  
Figure 4. Orthophoto map 
Main advantage of OrthoEngine is large amounts of 
different image types that could be processed. This makes 
the system very suitable for educational purposes, as it 
gives the possibilities for training in the field of aerial 
photogrammetry, space photogrammetry and remote 
sensing. 
Refernences 
Albery E., A. Lingua, P.Maschio, 2000, Learning Kit and 
Tutorials for the Diffusion of Digial Photogrammetry, In: The 
International Archives of Photogrammetry and Remote Sensing, 
Amsterdam, The Netherlands, Vol. XXXIII, Part B6, pp. 7-11. 
ArcView, 2000, User's Guide. 
Intergraph Corporation, 1994, 
Solutions. 
Digital Photogrammetric 
Leica, 1992a, DVP - Digital Photogrammetric Station. 
192 
Leica , 1992b, Digital Photogrammetric Sysems by Helava, 
Leica, Heerbrug. 
Ireneusz E., B. Roland, C. Bernard, k. Omuald, D. Jean-Paul, S. 
Benit, 2000, Polish-Belgian Co-operation , Development of an 
Educational Digital Photogrammetric Software, In: The 
International Archives of Photogrammetry and Remote Sensing, 
Amsterdam, The Netherlands, Vol. XXXIII, Part B6, pp. 96- 
101. 
Kraus K., 1997, with contributions by J. Jansa, H. Kager, 
Photogrammetry, vol.2: Advanced Methods and Applications, 
Bonn, “Ferd. Dumler Verlag”. 
PCI — Geomatics, October 2001, Ortho Engine: Airphoto 
Projects - User’s Guide — vers. 8.2. 
  
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