Automatic generation of elevation data over Danish landscape

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Automatic generation of elevation data Kraus, K., (1993): Photogrammetry, Volume 1, Fundamentals and Standard Processes, Institute for Photogrammetry, Vienna University of Technology, contributions by P. Waldhäusl, translated by P. Stewardson, Ferd. Dümmlers verlag, Bonn. Kraus, K., (1997): Photogrammetry, Volume 2, Advanced Methods and Applications, Institute for Photogrammetry and Remote Sensing, Vienna University of Technology, contributions by J. Jansa and H. Kager, translated by P. Stewardson, Ferd. Dümmlers verlag, Bonn. Kruck, E., (1995): BINGO – User’s Manual, Hannover 1995. Krzystek, P., (1991): Fully automatic measurement of digital elevation models. Proceedings of the 43rd Photogrammetric Week, Stuttgart. Ackermann/Plietker (ed.). pp. 203 – 214. Krzystek, P. and Wild, D., (1992) (a): Experimental accuracy analysis of automatically measured digital terrain models. Robust Computer Vision. Quality of Vision Algorithms. Förstner/Ruwiedel (ed), Wichmann Verlag, Karlsruhe, pp. 372 - 390. Krzystek, P. and Ackermann, F., (1995): New investigations into the practical performance of automatic DEM generation, Technical Papers ACSM/ASPRA Annual Convention and Exposition, Charlotte, Feb. 27 th - March 2 nd , 1995, vol. 2 pp. 488 - 499. Krzystek, P. and Wild, D., (1995): Automatic Generation of Elevation Models. Second Course on Digital Photogrammetry, University Bonn, Institute for Photogrammetry and Remote Sensing and LVA NRW Krzystek, P., (1995): Automatic Generation of Elevation Models. Third Course in Digital Photogrammetry, University Bonn, Institute for Photogrammetry and Remote Sensing and LVA NRW Larsen, J. N., (1996): Fra højdemodel mod terrænmodel, Forbedring af Digitale Højdemodeller ved tilføjelse af ekstra data, Afgangsprojekt, Institut for Planlægning, Danmarks Tekniske Universitet, Faggruppe Landmåling. Larsen, J. N., (1998): Improving a DEM by integrating data, ISPRS volume XXXII, part 2, Commission II, proceedings of the commission II symposium, Data integration: Systems and techniques, Cambridge, UK, pp. 177 - 183. Lemmens, M. J. P. M., (1988): A Survey on stereo Matching Techniques, Proceedings of 16 th ISPRSC. In IAPRS, vol. 27 / B8, pp. 11 – 23. Lohr, U., (1999): High Resolution Laserscanning, not only for 3D-City Models. Proceedings of the 47th Photogrammetric Week, Stuttgart, Fritsch/Spiller (eds.). Wichman Verlag Heidelberg, pp. 133-138. Lohr, U. und Schaller, J., (1999): Trassenbefliegungen mit dem TopoSys Laserscanner, GIS, Geo- Informationssysteme, Zeitschrift für raumbezogene Informationen und Entscheidungen, volume 12, 2/99, Wichmann, pp. 3 - 5. McIntosh, K., Krupnik, A. and Schenk, T., (2000): Improvement of automatic DSM generation over urban areas using airborne laser scanner data, International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B3, Amsterdam 2000, pp. 563 - 570. Mercer, B., (2001): Comtining LIDAR and IfSAR: What can you expect? Proceedings of the 48th Photogrammetric Week 01’, Stuttgart, Fritsch/Spiller (eds.). Wichman Verlag Heidelberg, pp. 227-237. Nilsen, B., (1998): Nøyaktighet av automatisk genererte digitale terrengmodeller, Kart og Plan 1-98, pp. 35 – 44. 122
References Nørgård, P., (2001): Præcisionshøjdemodeller – med luftbåren laserskanner, Geologisk Nyt 3/01, pp. 26 - 27. Petzold, B. and Axelsson, P., (2000): Results of the OEEPE WG on laser data acquisition, International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B3, Amsterdam 2000, pp. 718 - 723. Rasmussen, J. K. og Flatman, A. C., (2000): Laserskanning - En kvalitetsvurdering, afgangsprojekt fra Aalborg Universitet, Landinspektøruddannelse, Fibigerstræde 11, Aalborg, Danmark. Seyfert, E., (1995): Erste Erfahrungen bei der automatischen Generierung von digitalen Höhenmodellen in Siedlungsgebieten. Proceedings of the 45th Photogrammetric Week, Stuttgart. Fritsch/Hobbie (ed.). Wichman Verlag. pp. 269 – 276. Schenk, A. F., (1996): Automatic Generation of DEM’s, Digital Photogrammetry, An addendum to the Manual of Photogrammetry, Published by American Society for Photogrammetry and Remote Sensing, edited by Cliff Greve, pp. 145 – 150. Schenk, T., Li, J.-C., and Toth, C., (1991): Towards an Autonomous System for Orienteering Digital Stereopairs, Department of Geodetic Science and Surveying, The Ohio State University, Columbus, Photogrammetric Engineering and Remote Sensing, vol. 57, no. 8, August 1991, pp. 1057 – 1064. Skriver, H., Dall, J. og Madsen, S, N., (1999): Kortlægning med billeddannende radar, Institut for Elektromagnetiske Systemer, Danmarks Tekniske Universitet, Landinspektøren Tidsskrift for kortlægning og areal forvaltning, No. 2-99, pp. 336 - 341. Stoker, J. M., Greenlee, S. K., Gesch, D. B. and Menig, J. C. (2006): Click: The new USGS Center for Lidar Information Coordination and Knowledge. Photogrammetric Engineering and Remote Sensing, June 2006, Volume 72, Number 6, pp 613-616. Thorpe, J. A. and Schickler, W., (1996): New automated procedures for creating large scale digital ortohophotography in urban areas, ISPRS Congress 1996, Vienna, International Archives of Photogrammetry and Remote Sensing, Vol. XXXI, part B4, pp. 868 – 873. Vosselman, G., (2000): Slope based filtering of laser altimetry data, Working Group III/2, International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B3, Amsterdam 2000, pp. 935 - 942. Wehr, A. und Hug, C., (1999): Topographische Geländeaufnahme mit ScaLARS, GIS, Geo- Informationssysteme, Zeitschrift für raumbezogene Informationen und Entscheidungen, volume 12, 2/99, Wichmann, pp. 6 - 11. Wehr, A. and Lohr, U., (1999): Airborne laser scanning – an introduction and overview, ISPRS Journal of Photogrammetry & Remote Sensing 54 (1999) pp. 68 - 82. Werner, M. (2001): Status of the SRTM data processing: when will the world-wide 30m DTM data be available? Proceedings of the 48th Photogrammetric Week 01’, Stuttgart, Fritsch/Spiller (eds.). Wichman Verlag Heidelberg, pp. 159-165. Wever, C., (1999): Laserscannermessungen – ein Verfahren setzt sich durch, GIS, Geo- Informationssysteme, Zeitschrift für raumbezogene Informationen und Entscheidungen, volume 12, 2/99, Wichmann, pp. 12 - 17. Wever, C. and Lindenberger, J., (1999): Experiences of 10 years laser scanning. Proceedings of the 47th Photogrammetric Week, Stuttgart, Fritsch/Spiller (eds.). Wichman Verlag Heidelberg, pp. 125-132. 123
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Automatic generation of elevation d
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Abstract This thesis consists of tw
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Table of contents: Table of content
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Table of contents: 5.3.2 The post-p
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1 Introduction 1 Introduction The s
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1 Introduction expectation that the
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1 Introduction Today, the Danish na
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� C Description of the PIL progra
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5 Preparation for the grid generati
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B.2 Data capture The standard devia
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Appendix C
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C.1 Description of the analysis pro
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C.1.3.3 Calculation options C.1 Des
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� � C.1 Description of the anal
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Editing programme
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Editing programme Input file The in
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Editing programme
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Bundle adjustment 36 8961 56 58 53.
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Bundle adjustment E.2 Fixed bundle
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Bundle adjustment 110 0502 57 0 15.
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Bundle adjustment 575 -234337.117 2
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Bundle adjustment 1106 -236131.840
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Bundle adjustment E.5 Aerotriangula
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Bundle adjustment 990 -232553.563 2
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Bundle adjustment CORD 1013 -234859
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Bundle adjustment A 44 -234597.462
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Bundle adjustment CORD 521 -236301.
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E.6 Aerotriangulation for images in
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Graphic online/offline Graphic onli
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Graphic online/offline
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Appendix G: Sizes of grid files G.1
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G.1 Sizes of grid files Appendix H
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Code specification Code specificati
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I.1 Analysis calculations Appendix
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Orthophoto and error arrows Error a
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Orthophoto and error arrows
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L.1 STND used as threshold Appendix
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L.1 STND used as threshold Distribu
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