possibility to preview the past in the same way old maps or sketches would have.
The development of many cities and regions in recent years is almost uncontrollable and historical information is often absent. It was shown that it is possible to join
different image data sources. From image time series it is possible extract historical
information about cities. In this case project, the final classification based on land
use technology is very simple, because we did not have any additional information
at our disposal (but they do exist).
The second part deals with the mapping of Erbil’s city centre. A new vector map
of Al-Qala Citadel was created based on satellite images. Next, an accurate,
dynamic, and photorealistic virtual model of the citadel was made. The 3D model
of the citadel is based on photogrammetric surveying and vector mapping such as
on advanced virtual presentation technology.
Acknowledgement This project was supported with a grant from the Ministry of Education,
Youth and Sports (# MSM6840770040), Czech Republic.
References
Antonson H, Gustafsson M, Angelstam P (2010) Cultural heritage connectivity. A tool for EIA in
transportation infrastructure planning. Transp Res Part D: Transp Environ 15(8):463–472
Apollonio FI, Daiani M, Sun Z (2013) 3D modelling and data enrichment in digital reconstruction
of architectural heritage. ISPRS archives, vol XL-5/W2, pp 43–48
Ardissone P, Bornaz L, Degattis G, Domaine R (2013) A 3D information system for the documentation of archaeological excavations. ISPRS archives, vol XL-5/W2, pp 55–60
Cajthaml J (2013) Polynomial georeferencing method for old map series. In: 13th international
multidisciplinary scientific geoconference, vol. I. STEF92, Sofia, pp 859–866
Gruen A (2008) Reality-based generation of virtual environments for Digital Earth. Int J Digit
Earth 1:88–106
Grussenmeyer P, Landes T, Voegle T, Rongle K (2008) Comparison methods of terrestrial laser
scanning, photogrammetry and tachometry data for recording of cultural heritage buildings.
ISPRS archives, vol. 37(B5) pp 213–218
Halounova ´ L (2003) Textural classification of B and W aerial photos for the forest classification.
In: EARSEL 03, vol 1. Millpress Science Publishers, Rotterdam, pp 324–335
Halounova ´ L (2004a) Automatic classification of B&W aerial orthophotos. In: Proceedings of the
24th EARSeL symposium and workshop, vol 1. Millpress Science Publishers, Rotterdam, pp
31–40
Halounova ´ L (2004b) Automatic classification of forest areas from B&W aerial orthophotos. In:
Remote sensing and geographical information systems for environmental studies – application
for forestry, vol 1. J.D.Sauerla ¨nder’s Verlag, Frankfurt am Main, pp 176–183
Halounova ´ L (2004c) The automatic classification of B&W aerial photos. In: ISPRS proceedings,
vol 1. ISPRS, New York, pp 156–160
Hanzalova ´ K, Pavelka K (2013) Documentation and virtual reconstruction of historical objects in
Peru damaged by an earthquake and climatic events. Adv Geosci 2013(35):67–71, Internet:
http://www.adv-geosci.net/35/67/2013/adgeo-35-67-2013.pdf
H€ ohle J (2013) Oblique aerial images and their use in cultural heritage documentation. ISPRS
archives, vol XL-5/W2, pp 349–354
Ioannides M, Fritsch D, Leissner J (2012) Progress in cultural heritage preservation, vol 7616.
Springer. ISBN 978-3-642-34233-2
60
K. Pavelka and E. Matous ˇkova ´
The development of many cities and regions in recent years is almost uncontrollable and historical information is often absent. It was shown that it is possible to join
different image data sources. From image time series it is possible extract historical
information about cities. In this case project, the final classification based on land
use technology is very simple, because we did not have any additional information
at our disposal (but they do exist).
The second part deals with the mapping of Erbil’s city centre. A new vector map
of Al-Qala Citadel was created based on satellite images. Next, an accurate,
dynamic, and photorealistic virtual model of the citadel was made. The 3D model
of the citadel is based on photogrammetric surveying and vector mapping such as
on advanced virtual presentation technology.
Acknowledgement This project was supported with a grant from the Ministry of Education,
Youth and Sports (# MSM6840770040), Czech Republic.
References
Antonson H, Gustafsson M, Angelstam P (2010) Cultural heritage connectivity. A tool for EIA in
transportation infrastructure planning. Transp Res Part D: Transp Environ 15(8):463–472
Apollonio FI, Daiani M, Sun Z (2013) 3D modelling and data enrichment in digital reconstruction
of architectural heritage. ISPRS archives, vol XL-5/W2, pp 43–48
Ardissone P, Bornaz L, Degattis G, Domaine R (2013) A 3D information system for the documentation of archaeological excavations. ISPRS archives, vol XL-5/W2, pp 55–60
Cajthaml J (2013) Polynomial georeferencing method for old map series. In: 13th international
multidisciplinary scientific geoconference, vol. I. STEF92, Sofia, pp 859–866
Gruen A (2008) Reality-based generation of virtual environments for Digital Earth. Int J Digit
Earth 1:88–106
Grussenmeyer P, Landes T, Voegle T, Rongle K (2008) Comparison methods of terrestrial laser
scanning, photogrammetry and tachometry data for recording of cultural heritage buildings.
ISPRS archives, vol. 37(B5) pp 213–218
Halounova ´ L (2003) Textural classification of B and W aerial photos for the forest classification.
In: EARSEL 03, vol 1. Millpress Science Publishers, Rotterdam, pp 324–335
Halounova ´ L (2004a) Automatic classification of B&W aerial orthophotos. In: Proceedings of the
24th EARSeL symposium and workshop, vol 1. Millpress Science Publishers, Rotterdam, pp
31–40
Halounova ´ L (2004b) Automatic classification of forest areas from B&W aerial orthophotos. In:
Remote sensing and geographical information systems for environmental studies – application
for forestry, vol 1. J.D.Sauerla ¨nder’s Verlag, Frankfurt am Main, pp 176–183
Halounova ´ L (2004c) The automatic classification of B&W aerial photos. In: ISPRS proceedings,
vol 1. ISPRS, New York, pp 156–160
Hanzalova ´ K, Pavelka K (2013) Documentation and virtual reconstruction of historical objects in
Peru damaged by an earthquake and climatic events. Adv Geosci 2013(35):67–71, Internet:
http://www.adv-geosci.net/35/67/2013/adgeo-35-67-2013.pdf
H€ ohle J (2013) Oblique aerial images and their use in cultural heritage documentation. ISPRS
archives, vol XL-5/W2, pp 349–354
Ioannides M, Fritsch D, Leissner J (2012) Progress in cultural heritage preservation, vol 7616.
Springer. ISBN 978-3-642-34233-2
60
K. Pavelka and E. Matous ˇkova ´