Automatic generation of elevation data over Danish landscape

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Automatic generation of elevation data Ebner, H. and Reiss P., (1978): Height interpolation by the Method of Finite Elements. Proc. DTM Symp. St. Louis, pp. 241-254 Eggers, O., Ellegaard, S., Hølledig, L. og Norvin, P., (1989): Fra kurveplaner til digital højdemodel, Afgangsprojekt på landinspektørstudiet, Aalborg Universitet, Aalborg Universitetsbibliotek. Eide, O. R. og Mardal L., (1993): Digital Fotogrammetri, Test av Intergraph’s Image Station, Diploma Thesis, Ås, Norway. Unpublished. Elachi, C., (1987): Introduction to the physics and techniques of remote sensing, California Institute of Technology, Earth and Space Sciences Divisions, Jet Propulsion Laboratory, Pasadena, California, editor Jin Au Kong, A Wiley-Interscience Publication John Wikey & Sons. Favey, E., Pateraki, M., Baltsavias, E., Bauder, A. and Bösch, H., (2000): Surface modelling for alpine glacier monitoring by airborne laser scanning and digital photogrammetry, International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B4, Amsterdam 2000, pp. 269 - 277. Frederiksen P., (1987): A digital elevation model for Radio Communication. ISPRS, proceedings of the international colloquium PROGRESS IN TERRAIN MODELLING, Technical University of Denmark, 1987, pp. 127-133. Frederiksen, P., (1993): Instituttet for Landmåling og Fotogrammetri, DTH: Digitale højdedatabaser i Danmark, Landinspektøren, nr. 2-93, 36. Bind, 102 årgang, 1993. Udgivet af Den danske Landinspektørforening (Danish Journal for mapping and land-use). Förstner, W., (1986): A feature based correspondence algorithm for image matching, International Archives of Photogrammetry and Remote Sensing, vol. 26, part 3 Rovaniemi, 1986. Förstner, W., and Gülch, E., (1987): A fast operator for detection and precise location of distinct points, corners and centres of circular features, University Stuttgart, Institute of Photogrammetry, Proceedings ISPRS Intercommission Conference on Fast Processing of Photogrammetric Data, Interlaken, Switzerland, 1987, pp. 281 - 305. Förstner W. (1989): A Feature Based Correspondence Algorithm for Image Matching and Least Squares Matching. International Archives of Photogrammetry and Remote Sensing, Vol. 26, Part 3, Rovanieme, 1989. Förstner, W., (1991): Statistische verfahren für die automatische Bildanalyse und ihre Bewertung bei der Objekterkennung und –vermessung, Deutsche Geodätische Kommission bie der Bayerischen Akademie der Wissenschaften, Dissertationen, Heft nr. 370, München 1991, verlag der Bayerishen Akademie der Wissenschaften en Kommission bei der C. H. Beck’schen Verlagsbuchhandlung München. Förstner, W., (1993): Image Matching, chapter 16 in Computer and Robot Vision, volume II, edited by R. Haralick and L. Shapiro, University of Washington, printed by Addison-Wesley publishing company. Geodætisk Institut (1978): Geodætisk Institut 1928-1978, København, red. Sørensen, E., Arentzen, E. S., trykt ved Geodætisk Institut 1978. Geodæsidivisionen, (1992): Signalerings-vejledning, Kort- og Matrikelstyrelsen, Rentemestervej 8, (DK) 2400 København NV. Hahn, M., (1989): Automatic measurement of digital Terrain Models by means of Image Matching Techniques. Proceedings of 42 nd Photogrammetric Week, Stuttgart, pp. 141 - 151. 120
References Hansen, M., Mølgaard, M. S. og Overby, S., Weje, P. N., (1995): Stråleudjævningsprogrammet BINGO – anvendt på statue. Aalborg Universitet, Landinspektøruddannelsen, 8. semester, Teknisk måling, Gruppe TM2 – Juni 1995. Haralick, R. M. and Shapiro, L. G. (1992): Computer and Robot Vision, volume 1, University of Washington, printed by Addison-Wesley Publishing Company. Heipke, C., (1996): Overview of image matching techniques, European Organization for experimental Photogrammetric Research, proceedings of the OEEPE- WORKSHOP on application of digital photogrammetric workstations, official publication No 33, Lausanne, 1996, editor O. Kölbl, pp. 173 – 189. Heuchel, T. (2005): Experience in Applying Matching Techniques Using Images from Digital Cameras. Proceedings of the 50th Photogrammetric Week, Stuttgart. Dieter Fritsch (eds.). Wichman Verlag Heidelberg, pp. 181-188. Holm, M., Permes, E., Andersson, K., and Vuorela, A., (1995): A nation wide automatic satellite image registration system, SPIE Aerosense ´95, Conference on integrating Photogrammetric Techniques with scene analysis and machine vision II, Orlando, Florida, USA, 17 – 21 April 1995, SPIE vol. 2486 – 18, pp. 156 – 167. Hyyppä, J., Hyyppä, H. and Ruppert, G., (2000): Automatic derivation of features related to forest stand attributes using laser scanner, International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B3, Amsterdam 2000, pp. 421 - 428. Intergraph (1994): ImageStation Match-T (ISMT) User’s guide, appendix B: Mathematical Model for DTM Generation. Inpho GmbH, Stuttgart, (1994): Match-T, Automatic DEM Generation, User Manual, Version 1.3.1. Inpho Stuttgart, (1995): Match-T, Automatic DEM – Generation, Tutorial, Inpho Stuttgart, Photogrammetric Information Processing, Smaragdweg 1, D-70174 Stuttgart, Germany. Johansen, N. P., (1927): Danmarks Topografiska Kartläggning, Foredrag holdt i “Kartografiska Sällskapet” i Stockholm 7. marts 1927, Stockholm 1927, A. Börtzells Tryckeri A-B. Kleusberg, A. and Klaedtke, H-G., (1999): Accuracy assessment of a digital height model derived form airborne synthetic aperture radar measurements. Proceedings of the 47th Photogrammetric Week, Stuttgart. Fritsch/Spiller (eds.). Wichman Verlag Heidelberg, pp. 139-143. Kobrick, M., (2006): On the Toes of Giants – How SRTM was Born. Photogrammetric Engineering and Remote Sensing, March 2006, Volume 72, Number 3, pp 207-210. Kort- og Matrikelstyrelsen, (1989): Danmarks Geografiske Referencenet, Brugervejledning, Matrikelstyrelsen, Rentemestervej 8, (DK) 2400 København NV. Kort- og Matrikelstyrelsen, Geodæsidivisionen, (1992): Signalerings-Vejledning, Kort- og Matrikelstyrelsen, Rentemestervej 8, (DK) 2400 København NV. KMS, (2005): Forslag om etablering af en nøjagtig højdemodel over Danmark, note. Krarup, T., Kubik, K. and Juhl, J., (1980): Goetterdaemmerung over least squares adjustment. Int Arch Photogram XXIII, Part B3, Commission III, Proc. 14 th Congress of ISP, Hamburg, 1980, pp. 369-378. Kraus, K., (1990): Fernerkundung, Band 2, Auswertung photographischer und digitaler bilder, Institut für photogrammetrie und fernerkundung der Technischen Universität Wien, Ferd. Dümmlers verlag, Bonn. 121
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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 accuracy requi
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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
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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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