1. ISTCGCAP
  2. All Volumes and Issues
  3. Volume 78, 2013
  4. Analysis of methods for creating front plans by laser scanning and digital terrestrial survey

Analysis of methods for creating front plans by laser scanning and digital terrestrial survey

ISTCGCAP.
2013;
Volume 78, Number 78
: pp. 30 - 37
Received: July 17, 2013
Accepted: October 23, 2013
Authors:
  1. Volodymyr Hlotov
  2. Kh. Marusazh
1
Lviv Polytechnic National University
2
Lviv Polytechnic National University

The analysis of modern technologies to create the frontal plans of architectural heritages using laser scanning and digital camera is presented in the paper

terrestrial laser scanning
digital imaging
front plans
3D-models
architectural heritages
  1. Belous N., Gorb A., Kovtun V. Lazernoe 3D skanyrovanye v Dal'nyh y Varjazhskyh peshherah Svjato-Uspenskoj Kyevo-Pecherskoj Lavry // Suchasni dosjagnennja geodezychnoi' nauky i vyrobnyctva.[ 3D laser scanning for the Far Caves and the Varangian Caves of Kiev Pecherska Lavra // Recent advances in geodetic science and industry.]– L'viv, 2007. – Vyp.1 (13). – S. 139–145.
  2. Glotov V., Dubyk Ju., Chyzhevs'kyj V. Analiz tehnologii' stvorennja frontal'nyh ta inter’jernyh planiv pry proektuvanni restavracijnyh robit arhitekturnyh pam’jatok // Geodezija, kartografija i aerofotoznimannja. [The analysis of the technology of creating frontal and interior plans for the design restoration works of architectural monuments // Geodesy, Cartography and Aerial Photography]. – 2007. – Vyp. 68. – S. 17– 183.
  3. Glotov V.M., Smolij K.B. Doslidzhennja tehnologii' skladannja frontal'nyh planiv arhitekturnyh sporud nazemnym cyfrovym znimannjam i lazernym skanuvannjam // Geodezija, kartografija i aerofoto¬znimannja. [Research of the technology of creating frontal plans of architecture by digital imaging and terrestrial laser scanning // Geodesy, Cartography and Aerial Photography]. – 2008. – Vyp. 70. – S. 46–50.
  4. Kovtun V., Serebrjannyj Ju. Svjashhenni pechery v 3D // Suchasni dosjagnennja geodezychnoi' nauky ta vyrobnyctva. [Holly caves in 3D // Recent advances in geodetic science and industry]. – 2010. – Vyp. I (19). – S. 39– 40.
  5. Kovtun V.Ja., Serebrjanыj Ju.L. 3D-skanyrovanye v svjatyh peshherah drevnego Kyeva // Zhurnal Reporter . [3D-scanning in the holy caves of ancient Kiev // Journal Reporter]. – 2009. – Vyp. 61.
  6. Tretjak K., Golubinka Ju., Malic'kyj A., Jahtorovych R. Dosvid vykonannja nazemnogo lazernogo skanuvannja dlja stvorennja tochkovyh modelej derev’janyh cerkov // Zbirnyk materialiv XVII Mizhnarodnogo naukovo-tehnichnogo sympoziumu “Geoinformacijnyj monitoryng navkolyshn'ogo seredovyshha: GNSS i GIS-tehnologii'” (AR Krym, m. Alushta). [The experience of implementation of terrestrial laser scanning of  for creating points models of wooden churches // Proceedings of the XVII International Scientific and Technical Symposium "Geoinformation monitoring of environment: GNSS and GIS-technologies" (Crimea,. Alushta)]. 2012 – S. 39–42.
  7. Sholomyc'kyj A., Lun'ov A., Siryh O., Tarasova O. Geodezychne zabezpechennja rekonstrukcii' ta buduvannja // Visnyk L'vivs'kogo nacional'nogo agrarnogo universytetu Arhitektura i sil's'kogospodars'ke budivnyctvo. [Geodetic support of reconstruction and build // Bulletin of the Lviv National Agrarian University of Architecture and agricultural construction] – 2011. – № 12.
  8. Shul'c R.V. Integruvannja danyh nazemnogo fotogrammetrychnogo znimannja ta lazernogo skanuvannja // Naukovi aspekty geodezii', zemleustroju ta informacijnyh tehnologij: materialy naukovo-praktychnoi' konferencii'. [The integration of the data capture terrestrial photogrammetric and laser scanning // Scientific aspects of geodesy, land management and information technology: Proceedings of the Conference]. – M.–Kyi'v, 2011. – S. 70–73.
  9. Shul'c R. Rozrahunok parametriv nazemnogo lazernogo skanuvannja // Suchasni dosjagnennja geodezychnoi' nauky ta vyrobnyctva. [Calculation of terrestrial laser scanning parameters // Recent advances in geodetic science and industry].– 2010. – Vyp. I (19). – S. 166–169.
  10. Agnello F., Cannella M., Gentile A., Lo Brutto M., Santangelo A., Villa B. Innovative Techniques for Survey and Communication of Cultural Heritage // The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 411–416.
  11. D’Urso M. G., Russob G. On the integrated use of laser-scanning and digital photogrammetry applied to an archaeological site // The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 1107–1113.
  12. Gašparovic M., Malaric . Increase of readability and accuracy of 3d models using fusion of close range photogrammetry and laser scanning// The international archives of the remote sensing and spatial information sciences. XXXIX congress ISPRS. Melbourne, 2012. P. 93–98.
  13. Grussenmeyer P., Landes T., Voegtle T., Ringle K. Comparison Methods of Terrestrial Laser Scanning, Photogrammetry and Tacheometry Data for Recording of Cultural Heritage Buildings // The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 337–340.
  14. Hu Sh., Gao F., Zhang A., Chen Y., Cai G., Duan W., Zhou X. 3D Digital Investigation on Diseases of Tibet Murals// The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 1007–1012.
  15. Keqin Zh., Xu Zh., Junzhao Zh., Fei W., Song H. Application of Terrestrial Laser Scanning For Heritage Conservation in Yungang Grotto // The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 337–340.
  16. Kochi N., Kitamura K., Sasaki T., Kaneko S. 3d modelling of architecture by edge-matching and integrating the point clouds of laser scanner and those of digital camera // The international archives of the remote sensing and spatial information sciences. XXXIX congress ISPRS. Melbourne, 2012. – P. 279–284.
  17. Menna F., Rizzi A., Nocerino E., Remondino F., Gruen A. High resolution 3d modelling of the behaim globe // The international archives of the remote sensing and spatial information sciences. XXXIX congress ISPRS. Melbourne, 2012. – P. 115–120.
  18. Moussa W., Abdel-Wahab M., Fritsch D. An automatic procedure for combining digital images and laser scanner data // The international archives of the remote sensing and spatial information sciences. XXXIX congress ISPRS. Melbourne, 2012. – P. 229–234.
  19. Nсeza M. A., Buill F., Regot J., Mesa A. Metric survey of the monument of queen Elisenda's Tomb in the Monastery of pedralbes, Barcelona, 2011.
  20. Salo P., Jokinen O., Kukko A. On the Calibration of the Distance Measuring Component of a Terrestrial Laser Scanner// The international archives of the remote sensing and spatial information sciences. XXXVII congress ISPRS. Beijing, 2008. – P. 1067–1072.
  21. Zhang F., Huang H., Zhang Z., Fang W., Li D. High precision texture reconstruction for 3d sculpture model // The international archives of the remote sensing and spatial information sciences. XXXIX congress ISPRS. Melbourne, 2012. – P. 139–143.