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Proceedings, XXth congress (Part 5)

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fullscreen: Proceedings, XXth congress (Part 5)

Monograph

Persistent identifier:: 830289488

Title:: Mesures physiques et signatures en télédétection

Sub title:: sixième symposium international ; actes ; 17 - 21 Janvier 1994, Val d'Isère, France; proceedings

Scope:: 1241 Seiten

Year of publication:: 1994

Place of publication:: [Paris]

Publisher of the original:: CNES, Centre National d'Etudes Spatiales

Identifier (digital):: 830289488

Illustration:: Illustrationen, Diagramme

Signature of the source:: RR 9911(6)

Language:: English; French

Additional Notes:: Literaturangaben

Other Title:: Paralleltitel: Physical measurements and signatures in remote sensing

Usage licence:: Attribution 4.0 International (CC BY 4.0)

Corporations:: Symposium International Mesures Physiques et Signatures en Télédétection, 6, 1994, Val-d'Isere; International Society for Photogrammetry and Remote Sensing, Working Group Fundamental Physics and Modeling

Adapter:: Symposium International Mesures Physiques et Signatures en Télédétection, 6, 1994, Val-d'Isere; International Society for Photogrammetry and Remote Sensing, Working Group Fundamental Physics and Modeling

Founder of work:: Symposium International Mesures Physiques et Signatures en Télédétection, 6, 1994, Val-d'Isere; International Society for Photogrammetry and Remote Sensing, Working Group Fundamental Physics and Modeling

Other corporate:: Symposium International Mesures Physiques et Signatures en Télédétection, 6, 1994, Val-d'Isere; International Society for Photogrammetry and Remote Sensing, Working Group Fundamental Physics and Modeling

Publisher of the digital copy:: Technische Informationsbibliothek Hannover

Place of publication of the digital copy:: Hannover

Year of publication of the original:: 2015

Document type:: Monograph

Collection:: Earth sciences

Chapter

Title:: THEME III HYPERFREQUENCES ACTIVES. ACTIVE MICROWAVES

Document type:: Monograph

Structure type:: Chapter

Chapter

Title:: USE OF ERS-1 WINDSCATTEROMETER FOR SURFACE CHARACTERISTICS STUDY ON SEMI-ARID AREAS. R. D. MAGAGI and Y. H. KERR

Document type:: Monograph

Structure type:: Chapter

Proceedings, XXth congress
Proceedings, XXth congress (Part 5)
Cover
Title page
ISPRS Council 2000 - 2004
International Archives of the Photogrammetry, Remote Sensing amd Spatial Information Sciences
TABLE OF CONTENTS
AUTOMATIC TARGET IDENTIFICATION FOR LASER SCANNERS Valanis A., Tsakiri M.
3D INDUSTRIAL RECONSTRUCTION BY FITTING CSG MODELS TO A COMBINATION OF IMAGES AND POINT CLOUDS Tahir Rabbani, Frank van den Heuvel
A PHOTOGRAMMETRIC METHOD FOR ENHANCING THE DETECTION OF BONE FRAGMENTS AND OTHER HAZARD MATERIALS IN CHICKEN FILETS S. Barnea, V. Alchanatis, H. Stern
MONTE-CARLO-SIMULATION IN CLOSE-RANGE PHOTOGRAMMETRY Heidi Hastedt
AN ADVANCED SENSOR MODEL FOR PANORAMIC CAMERAS Jafar Amiri Parian, Armin Gruen
ACCURACY ANALYSIS OF CIRCULAR IMAGE BLOCK ADJUSTMENT Jussi Heikkinen
MULTLI-IMAGE BASED CAMERA CALIBRATION WITHOUT CONTROL POINTS XIE Wenhan, ZHANG Zuxun, ZHANG Jianging
PHOTOGRAMMETRIC TECHNIQUES FOR MEASUREMENTS IN WOODWORKING INDUSTRY V. Knyaz, Yu. Visilter, S. Zheltov
APPLYING THE LINE FOLLOWING ALGORITHM IN THE CALCULATION OF THE TENSION STRENGTH OF STAY-ROPES OF TOWERS Janusz Cieslar
REPEATED OBJECT RECONSTRUCTION OF THE BREMEN HANSE COG M. Wiggenhagen, A. Elmhorst, U. Wißmann
A METHODOLOGICAL PROPOSAL FOR IMPROVEMENT OF DIGITAL SURFACE MODELS GENERATED BY AUTOMATIC STEREO MATCHING OF CONVERGENT IMAGE NETWORKS J. Garcia-León, A. M. Felicisimo, J. J. Martinez
DEFORMATION MONITORING OF A SLOPE BY VISION METROLOGY S. Miura, S. Hattori, K. Akimoto, S. Nishiyama
A FLEXIBLE AND AUTOMATIC 3D RECONSTRUCTION METHOD Shunyi Zheng, Zonggian Zhan, Zuxun Zhang
CAMERA CALIBRATION TECHNIQUE BY PAN-CLOSEUP EXPOSURES FOR INDUSTRIAL VISION METROLOGY Harutaka Imoto, Susumu Hattori, Keiichi Akimoto, Yuzo Ohnishi
GENERALIZED POINT PHOTOGRAMMETRY AND ITS APPLICATION Zuxun Zhang, Jianqing Zhang
ON THE GEOMETRICAL QUALITY OF PANORAMIC IMAGES Petteri Pöntinen
CALIBRATION OF A PROJECTOR WITH A PLANAR GIRD Jun Tao, Ruifang Zhai, Zuxun Zhang, Jianqing Zhang
APPLICATION OF DIGITAL PHOTOGRAMMETRY IN GEOTECHNICS R. Roncella, M. Scaioni, G. Forlani
CAMERA CALIBRATION COMBINING IMAGES WITH TWO VANISHING POINTS L. Grammatikopoulos, G. Karras, E. Petsa
CAMERA PLACEMENT FOR NETWORK DESIGN IN VISION METROLOGY BASED ON FUZZY INFERENCE SYSTEM M. Saadat-Seresht, F. Samdzadegan, A. Azizi, M. Hahn
A COMPARATIVE EVALUATION OF THE POTENTIAL OF CLOSE RANGE PHOTOGRAMMETRIC TECHNIQUE FOR THE 3D MEASUREMENT OF THE BODY OF A NISSAN PATROL CAR E. G. Parmehr, A. Azizi
AUTOMATIC RECONSTRUCTION OF SINGLE TREES FROM TERRESTRIAL LASER SCANNER DATA Norbert Pfeifer, Ben Gorte and Daniel Winterhalder
PHOTO-REALISTIC 3-D RECONSTRUCTION OF CASTLES WITH MULTIPLE- SOURCES IMAGE-BASED TECHNIQUES Lorenzo Gonzo, Sabry El-Hakim, Michel Picard, Stefano Girardi, Emily Whiting
3D ACQUISITION, MODELLING AND VISUALIZATION OF NORTH GERMAN CASTLES BY DIGITAL ARCHITECTURAL PHOTOGRAMMETRY Th. Kersten, C. Acevedo Pardo, M. Lindstaedt
THE MODELLING AND 3D COMPUTER RECONSTRUCTION OF A SUNKEN U BOAT S. Kulur, M. O. Altan, F. Yilmaztürk
USING 3-D VIRTUAL REALITY MODELS FOR IMAGE ORIENTATION IN MOBILE COMPUTING Charalampos Georgiadis, Anthony Stefanidis, Peggy Agouris
DEVELOPMENT OF A SIMULATOR FOR RELIABLE AND ACCURATE 3D RECONSTRUCTION FROM A SINGLE VIEW D. Aguilera, M. A. Claro-Irisarri, J. Gomez Lahoz, J. Finat, and M. Gonzalo-Tasis
VOLUMETRIC MODEL REFINEMENT BY SHELL CARVING Y. Kuzu, O. Sinram
DIGITAL PHOTOGRAMMETRY AND LASER SCANNING IN CULTURAL HERITAGE SURVEY A. Guarnieri, A. Vettore, S. El-Hakim, L. Gonzo
DIGITAL 3D RECONSTRUCTION OF SCROVEGNI CHAPEL WITH MULTIPLE TECHNIQUES A. Vettore, A. Guarnieri, M. Pontin, J. A. Beraldin
3D MODEL MEASURING SYSTEM H. Otani, H. Aoki, M. Yamada, T. lto, N. Kochi
3D MODELLING OF BUILDINGS BY USING LINE SENSOR Tsukasa Hosomura
THE RESEARCH OF TRANSECT-BASED THREE-DIMENSIONAL ROAD MODEL Tang Luliang, Li Qingquan
FOVEATION SUPPORT AND CURRENT PHOTOGRAMMETRIC SOFTWARE A. Cöltekin
THE SOLID IMAGE: AN EASY AND COMPLETE WAY TO DESCRIBE 3D OBJECTS L. Bornaz, S. Dequal
RECONSTRUCTION AND REPRESENTATION IN VIRTUAL REALITY OF A 3-D MODEL Hao-Hsiung Huang
LASER SCANNING FOR TERRESTRIAL PHOTOGRAMMETRY, ALTERNATIVE SYSTEM OR COMBINED WITH TRADITIONAL SYSTEM? N. Demir, B. Bayram, Z. Alki’, C. Helvaci, I. Cetin, T. Vögtle, K. Ringle, E. Steinle
REALISTIC 3D RECONSTRUCTION - COMBINING LASERSCAN DATA WITH RGB COLOR INFORMATION Abmayr T., Härtl F., Mettenleiter M., Heinz I., Hildebrand A., Neumann B., Fröhlich C.
A GENERIC PROCEDURE FOR INTERACTIVE 3D MODEL REGISTRATION ON IMAGES Philippe EVEN
AUTOMATIC ORIENTATION AND MERGING OF LASER SCANNER ACQUISITIONS THROUGH VOLUMETRIC TARGETS: PROCEDURE DESCRIPTION AND TEST RESULTS G. Artese, V. Achilli, G. Salemi, A. Trecroci
A RESOLUTION MEASURE FOR TERRESTRIAL LASER SCANNERS Derek D. Lichti
AUTOMATED REGISTRATION OF UNORGANISED POINT CLOUDS FROM TERRESTRIAL LASER SCANNERS Kwang-Ho Bae and Derek D. Lichti
HOW TO OPTIMISE THE RECORDING OF GEOMETRICAL DATA AND IMAGE DATA FOR THE PURPOSE OF ARCHITECTURAL SURVEYING Michael Scherer
DIGITAL TERRESTRIAL PHOTOGRAMMETRY WITH PHOTO TOTAL STATION Zuxun Zhang, Shunyi Zheng, Zongqian Zhan
DESCRIBING FOREST STANDS USING TERRESTRIAL LASER-SCANNING T. Aschoff, M. Thies, H. Spiecker
MULTI-RESOLUTION MODELLING FROM MULTIPLE RANGE VIEWS: THE LASER SCANNER SURVEY OF PORTA PORTELLO, PADUA, ITALY G. Salemi, F. Liberi, S. Mischi, V. Achilli, G. Artese
TERRESTRIAL LASER SCANNING AND DIGITAL PHOTOGRAMMETRY TECHNIQUES TO MONITOR LANDSLIDE BODIES G. Bitelli, M. Dubbini, A. Zanutta
PHOTOGRAMMETRY-DERIVED NAVIGATION PARAMETERS FOR INS KALMAN FILTER UPDATES F. A. Bayoud, J. Skaloud, B. Merminod
MEASUREMENT OF SHRINKAGE IN CONCRETE SAMPLES BY USING DIGITAL PHOTOGRAMMETRIC METHODS F. Yilmaztürk, S. Kulur, B. Y. Pekmezci
ON THE ACCURAY AND PERFORMANCE OF THE GEOMOBIL SYSTEM R. Alamús, A. Baron, E. Bosch, J. Casacuberta, J. Miranda, M. Pla, S. Sanchez, A. Serra, J.T alaya
SPATIAL LOCATION ON CITY 3D MODELING WITH CLOSE-RANGE STEREO IMAGES Jia Sheng-ju, Chen Ying-ying, Li Ying-cheng
RADIAL SPATIAL DIVISION BASED ON Qi(xi. yi) AND RESTRAINED EDGE MOSAIC IN CONSTRUCTED TIN Hua QI, Deren LI
Evaluation of Indexing Overlay, Fuzzy Logic and Genetic Algorithm Methods for Industrial Estates Site Selection in GIS Environment Hamid Ebadi, Roozbeh Shad, Mohamad Javad Valadanzoej,Alireza Vafaeinezhad
IMPLEMENTATION OF A NEW METHOD FOR MAKING RAPID AND RELIABLE EPIPOLAR IMAGES WITHOUT USING CONTROL POINTS E. G. Parmehr, F. Karimi Nejad
MEASUREMENT OF HUMAN SKIN COMPRESSION DYNAMICALLY USING AN AUTOMATED PHOTOGRAMMETRIC TECHNIQUE Gary Robertson
COMPUTER-BASED SURGERY PLANNING FOR LIVING LIVER DONATION H.-P. Meinzer, P. Schemmer, M. Schöbinger, M. Nolden, T. Heimann, B. Yalcin, G. M. Richter, T. Kraus, M. W. Büchler, M. Thorn
DEVELOPMENT OF IMAGE BASED INTEGRATED MEASUREMENT SYSTEM AND PERFORMANCE EVALUATION FOR CLOSE-RANGE APPLICATION T. OHDAKE, H. CHIKATSU
PROTEIN CLASSIFICATION BY ANALYSIS OF CONFOCAL MICROSCOPIC IMAGES OF SINGLE CELLS Tanja Steckling, Olaf Hellwich, Stephanie Wälter, Erich Wanker
A COMPARATIVE STUDY OF IMPRESSION TAKING PROCEDURES IN DENTISTRY Á. Detreköi, M. Kaán, K. Fekete, P. Fejérdy, Gy. Szabó, Z. Tóth, B. Kaán
MEDPHOS: A NEW PHOTOGRAMMETRIC SYSTEM FOR MEDICAL MEASUREMENT A. Malian, A. Azizi, F. A. van den Heuvel
NEW METHODS FOR LEAK DETECTION AND CONTOUR CORRECTION IN SEEDED REGION GROWING SEGMENTATION T. Heimann, M. Thorn, T. Kunert, H.-P. Meinzer
3D RECONSTRUCTION AND EVALUATION OF TISSUES BY USING CT, MR SLICES AND DIGITAL IMAGES S. Dogan
AUTOMATIC REGISTRATION OF DENTAL RADIOGRAMS F. Samadzadegan, H. Bashizadeh Fakhar, M. Hahn, P. Ramzi
TOTAL RECALL: A PLEA FOR REALISM IN MODELS OF THE PAST L. Van Gool, M. Waelkens, P. Mueller, T. Vereenooghe, M. Vergauwen
A CASE STUDY FOR THE PRACTICAL USE OF 3D DIGITAL ARCHIVE OF CULTURAL PROPERTIES Osamu Yamada, Yutaka Takase
GENERATION OF DIGITAL SURFACE MODELS FOR ARCHITECTURAL APPLICATIONS WITH ARCHIMEDES3D Rüdiger Tauch and Albert Wiedemann
GIS APPLICATIONS FOR KNOWLEDGE AND PRESERVATION OF HIERAPOLIS OF PHRYGIA SITE. A. Spanò, B. Astori, C. Bonfanti, F. Chiabrando
ON AUTOMATIC ORTHOPROJECTION AND TEXTURE-MAPPING OF 3D SURFACE MODELS L. Grammatikopoulos, I. Kalisperakis, G. Karras, T. Kokkinos, E. Petsa
DEVELOPMENT AND APPLICATION OF AN EXTENDED GEOMETRIC MODEL FOR HIGH RESOLUTION PANORAMIC CAMERAS D. Schneider, H.-G. Maas
BLOCK BUNDLE ADJUSTMENT FOR THEODOLITE STATIONS IN CONTROL NETWORKS - THE CASE OF THE GUGGENHEIM MUSUEM IN BILBAO G. Fangi
PHOTOGRAMMETRY FOR THE EPIGRAPHIC SURVEY IN THE GREAT HYPOSTYLE HALL OF KARNAK TEMPLE: A NEW APPROACH Elise Meyer, Pierre Grussenmeyer, Temy Tidafi, Claude Parisel, Jean Revez
3D GEO-IMAGERY BRIDGING CONTINENTS W. Schuhr, E. Kanngieser
IMAGE ANALYSIS FOR THE HISTORY OF CARTOGRAPHY: DRAWING CONCLUSIONS FROM THE EVALUATION OF PFYFFER'S RELIEF Jana Niederöst
PERIODIC PHOTOGRAMMETRIC MONITORING AND SURFACE RECONSTRUCTION OF A HISTORICAL WOOD PANEL PAINTING FOR RESTORATION PURPOSES Stuart Robson, Spike Bucklow, Neil Woodhouse & Helen Papadaki
COMPARISON AND EVALUATION OF LASER SCANNING AND PHOTOGRAMMETRY AND THEIR COMBINED USE FOR DIGITAL RECORDING OF CULTURAL HERITAGE R. Kadobayashi, N. Kochi, H. Otani, R. Furukawa
APPLYING THE 3D GIS DILAS TO ARCHAEOLOGY AND CULTURAL HERITAGE PROJECTS - REQUIREMENTS AND FIRST RESULTS T. Wüst, S. Nebiker, R. Landolt
RECORDING AND VISUALIZATION OF THE CENOTAPH OF GERMAN EMPEROR MAXIMILIAN I K. Hanke, W. Boehler
PHOTOGRAMMETRIC REPRODUCTION OF THE MAP OF MEXICO 1550 M. Nuikka, L. Diaz-Kommonen, H.Haggrén
INTEGRATION OF DIGITAL PHOTOGRAMMETRY AND LASER SCANNING FOR HERITAGE DOCUMENTATION Yahya Alshawabkeh, Norbert Haala
INTEGRATED SPATIAL INFORMATION SYSTEM ON SOCIAL ARCHAEOLOGY IN NORTHEAST THAILAND Y. Nagata, W. Songsiri, S. Vallibhotama
WEB-BASED MULTIMEDIA GIS FOR HISTORICAL SITES Z. Duran, A. Garagon Dogru, G. Toz
DOCUMENTATION AND ANALYSIS OF CULTURAL HERITAGE BY PHOTOGRAMETRIC METHODS AND GIS: A CASE STUDY G. Toz, Z. Duran
MODELLING AND VISUALIZATION OF THREE DIMENSIONAL OBJECTS USING CLOSE RANGE IMAGERY A. Bujakiewicz, M. Kowalczyk, P. Podlasiak, D. Zawieska
MAPPING QUR'ANIC CARTOGRAPHY WITH REMOTE SENSING by L. D. B. Parry
DIGITAL DEVELOPMENT OF A SMALL VALENCIAN TOWER J. T. Lerma, R. V. Tortosa
DIGITAL AND ANALYTICAL PHOTOGRAMMETRIC RECORDING APPLIED TO CULTURAL HERITAGE. A CASE STUDY: "St. DOMINGO DE SILOS' CHURCH (XIVth CENTURY, ALCALA LA REAL, SPAIN)" E. Mata, J. Cardenal, P. Castro, J. Delgado, M. A. Hernandez, J. L. Perez, M. Ramos, M. Torres
DIGITAL STEREO-ORTHOPHOTOS OF ARCHAEOLOGICAL SITES FROM SMALL FORMAT AERIAL PHOTOGRAPHS M. Jáuregui, L. Jáuregui, L. Chacón, J. Vílchez
LARGE SCALE ORTHOPHOTOGRAPHY USING DTM FROM TERRESTRIAL LASER SCANNING A. Georgopoulos, M. Tsakiri, C. loannidis, A. Kakli
CONSTRUCTION OF NATIONAL CULTURAL HERITAGE MANAGEMENT SYSTEM USING RC HELICOPTER PHOTOGRAPHIC SURVEYING SYSTEM Jang, Ho Sik, Lee, Jong Chool, Kim, Myung Sik, Kang, In Joon, Kim, Cha Kyum
3D MODELLING OF THE MARKET GATE OF MILETUS DEVELOPED FROM PHOTOGRAMMETRIC EVALUATIONS K. Ringle, M. Nutto, T. Voegtle, M. Pfanner, M. Maischberger
NOTES ABOUT SATELLITE IMAGES ORTHORECTIFICATION OF ARCHAEOLOGICAL SITES C. Sena, C. A. Birocco
THE CREATION OF THE DIGITAL MODELS FOR THE PROTECTION OF CULTURAL HERITAGE: THE BAPTISTERY OF CREMONA D. Conforti Andreoni, L. Pinto
GPS VIRTUAL STATION TECHNIQUE (GPSSIT) AND ITS CHALLENGE IN TERRESTRIAL PHOTOGRAMMETRIC APPLICATIONS O. Corumluoglu, I. Kalayci, S. Durduran, C. Altuntas, I. Asri, A. Onal
LOW-HEIGHT AERIAL IMAGERY AND DIGITAL PHOTOGRAMMETRICAL PROCESSING FOR ARCHAEOLOGICAL MAPPING G. Bitelli, V. A. Girelli, M. A. Tini, L. Vittuari
BALOON PHOTOGRAMMETRY FOR ARCHAEOLOGICAL SURVEYS Vassilis Fotinopoulos
SPATIAL INFORMATION SYSTEM OF HISTORICAL SITE - PROPOSAL AND REALISATION OF FUNCTIONAL PROTOTYPE J. Hodac
TERRESTRIAL LASER SCANNER DATA PROCESSING L. Bornaz, F. Rinaudo
A STUDY ON TEMPO-SPATIAL CHANGE OF INTERACTION BETWEEN THE HUMAN ACTIVITY AND PALEO ENVIRONMENT IN JOMON PERIOD, JAPAN N. Watanabe
CONTEMPORARY MASTER’S ARCHITECTURE: NEW ARCHITECTURAL HERITAGE. APPROACHES FOR SURVEYING AND REPRESENTATION C. Balletti, S. Mander
DOCUMENTATION OF THE DOCUMENTATIONS OF THE KING OF THE KINGS M. Zolfaghari, A. Malian
Practical comparative evaluation of an integrated hybrid sensor based on Photogrammetry and Laser Scanning for Architectural Representation C. Balletti, F. Guerra, P. Vernier, N. Studnicka, J. Riegl, S. Orlandini
3D MODELING OF THE OLD TOWN OF XANTHI IN GREECE N. LIANOS, S. SPATALAS, V. TSIOUKAS, E. GOUNARII
EXPERIENCES AND PROCEDURES ON MAKING TECHNICAL DOCUMENTATION FOR THE OBJECTS OF HISTORICAL AND CULTURAL HERITAGE D. Kukolj, D. Mihajlovic, L. Nedeljkovic
COMPARISON OF DIFFERENT APPROACHES TO CREATE ARCHITECTURAL ARCHIVES Z. Pereira, A. Morgado, L. Gomes Pereira
SPATIAL APPROACH TO THE RUINS OF KHIRBET QUMRAN AT THE DEAD SEA Kenneth Lönnqvist, PhilLic Minna Lönnqvist, PhD, [...]
EVALUATION OF A DIGITAL NON METRIC CAMERA (CANON D30) FOR THE PHOTOGRAMMETRIC RECORDING OF HISTORICAL BUILDINGS J. Cardenal, E.. Mata, P. Castro, J. Delgado, M. A. Hernandez, J. L. Perez, M. Ramos, M. Torres
3-D MODELLING OF HISTORICAL SITES USING LOW-COST DIGITAL CAMERAS A. F. Habib, M. S. Ghanma, R. I. Al-Ruzouq, E. M. Kim
SIMPLE METHODS FOR CLOSE RANGE PHOTOGRAMMETRY SURVEYING OF RURAL INDUSTRIAL CONSTRUCTIONS P. Arias, H. Lorenzo, C. Ordoñez
SEMI-AUTOMATED MAP OBJECT EXTRACTION FROM IM RESOLUTION SPACE IMAGES Taejung Kim, Young-Jae Lim, Soo Jeong, Kyung-Ok Kim
SOLUTION TO JOINT ENTROPY AND ITS APPLICATIONS IN REMOTE SENSING Xiaokun Zhu, Yonghong Jia
FROM THE ACQUISITION TO THE REPRESENTATION: QUALITY EVALUATION OF A CLOSE RANGE MODEL G. Tucci, V. Bonora [...] F. Sacerdote, F. Costantino, D. Ostuni [...]
VISUALISATION, EXPLORATION AND CHARACTERIZATION OF VIRTUAL COLLECTIONS E. Paquet and H. L. Viktor
3D MODELING AND VISUALIZATION OF LARGE CULTURAL HERITAGE SITES AT VERY HIGH RESOLUTION: THE BAMIYAN VALLEY AND ITS STANDING BUDDHAS Armin Gruen, Fabio Remondino, Li Zhang
RECONSTRUCTION AND VISUALIZATION OF "VIRTUAL TIME-SPACE OF KYOTO," A 4D-GIS OF THE CITY Y. Takase, K. Yano, N. Kawahara, S. Koga, T. Nakaya, T. Kawasumi, Y. Isoda, M. Inoue, D. Kawahara, S. Iwakiri
PHOTO-REALISTIC SCENE GENERATION FOR PC-BASED REAL-TIME OUTDOOR VIRTUAL REALITY APPLICATIONS E. Yilmaz, H. H. Maras, Y. C. Yardimci
VISUALISATION USING GAME ENGINES Dieter Fritsch, Martin Kada
AUTOSTEREOSCOPIC VISUALIZATION AND MEASUREMENT: PRINCIPLES AND EVALUATION Jie Shan, Chiung-Shiuan Fu, Bin Li, James Bethel, Jeffrey Kretsch, Edward Mikhail
3D RECONSTRUCTION AND RENDERING FOR A VIRTUAL VISIT A. Georgopoulos, C. Ioannidis‚ A. Daskalopoulos, E. Demiridi
3D MULTIMEDIA PRESENTATIONS - INTEGRATING REMOTE SENSING, PHOTOGRAMMETRIC MODELLING AND CARTOGRAPHIC VISUALISATION M. Jobst
SELECTION OF OPTIMAL ROUTE USING VIRTUAL REALITY & GIS Hyun Choi, In-Joon Kang, Sun-Heun Hong
RESEARCH ON VISUALIZATION TECHNOLOGY OF CYBERCITY 3D SCENE Zhou Yang, Xu Qing, Lan Chaozheng, TanBing
3D VISUALIZATION OF YTU DAVUTPASA CAMPUS AREA M. A. Yucel and M. Selcuk
MODELING AND VISUALIZATION OF CLOUDS FROM REAL WORLD DATA A. Roditakis
VISUALISATION OF UNDISCOVERED BORIVOJ II PRINCE TOMB INTERIOR AT THE PRAGUE CASTLE Karel Pavelka, Eva Stefanová, Lena Halounová, Martin Stroner
PROTOTYPE OF A 3D-MODEL OF THE EARTH GLOBE USING PHOTOMODELER SOFTWARE Rafael Leivas Cristovao
The reflectance modeling in shape from shading L. Hashemi, A. Azizi, M. Rezaeian
MONITORING CRACK ORIGIN AND EVOLUTION AT CONCRETE ELEMENTS USING PHOTOGRAMMETRY W. Benning, J. Lange, R. Schwermann, C. Effkemann, S. Görtz
DEVELOPMENT OF IMAGE BASED INTEGRATED MEASUREMENT SYSTEM AND PERFORMANCE EVALUATION FOR CLOSE-RANGE APPLICATION T. OHDAKE, H. CHIKATSU
MEASUREMENT OF INDUSTRIAL SHEETMETAL PARTS WITH CAD-DESIGNED DATA AND NON-METRIC IMAGE SEQUENCE Yongjun Zhang
A VERSATILE 3D CALIBRATION OBJECT FOR VARIOUS MICRO-RANGE MEASUREMENT METHODS M. Ritter, M. Hemmleb, O. Sinram, J. Albertz and H. Hohenberg
CHARACTER RECONSTRUCTION AND ANIMATION FROM MONOCULAR SEQUENCE OF IMAGES Fabio Remondino
STEREOSCOPIC 3D-IMAGE SEQUENCE ANALYSIS OF SEA SURFACES F. Santel, W. Linder, C. Heipke
AUTOMATIC CORRESPONDENCES FOR PHOTOGRAMMETRIC MODEL BUILDING Dr. Gerhard Roth
BASED ON STEREO SEQUENCE IMAGE 3-D MOTION PARAMETERS DETERMINATION Chunsen ZHANG, Jianging ZHANG, Shaojun He
A NEW APPROACH FOR AUTOMATIC SELECTION AND TRANSFER OF CORRESPONDING IMAGE POINTS IN DIGITAL VIDEO IMAGE SEQUENCES J.-R. Tsay, I.-C. Lee
MOVING OBJECT’S POSE ACQUISITION FROM IMAGE SEQUENCE Guozhong Su, Jianging Zhang, Shunyi Zheng
ADVANCED INFORMATION EXTRACTION FROM NON-METRIC IMAGES USING ADAPTABLE ALGORITHMS EMBEDDED IN A HYBRID ADJUSTMENT G. Vozikis, H. Kager, P. Waldhaeusl
RANGE AND VELOCITY ESTIMATION OF OBJECTS AT LONG RANGES USING MULTIOCULAR VIDEO SEQUENCES N. Scherer, R. Gabler
A LOW-COAST MMS INTEGRATING GPS, DIGITAL COMPASS AND A CAMERA TO THE DIRECT GEOREFERENCING OF DIGITAL IMAGES Margherita Fiani, Pasquale Pistillo
EVALUATION OF GEOMETRICAL ACCURACY IN DISPLACEMENT MONITORING OF ENGINEERING STRUCTURES USING CLOSE-RANGE PHOTOGRAMMETRY A. Mokarrami, H. Ebadi
MOBILE MAPPING SYSTEMS -STATE OF THE ART AND FUTURE TRENDS Dr. Klaus Peter Schwarz and Dr. Naser El-Sheimy
PERFORMANCE OF MEDIUM FORMAT DIGITAL AERIAL SENSOR SYSTEMS M. Cramer
AIRBORNE TESTING OF THE DSS: TEST RESULTS AND ANALYSIS Mohamed M. R. Mostafa
DEVELOPMENT OF DIGITAL SURFACE MODEL AND FEATURE EXTRACTION BY INTEGRATING LASER SCANNER AND CCD SENSOR WITH IMU Masahiko Nagai, Ryosuke Shibasaki, Dinesh Manandhar, Huijing Zhao
TELEPHOTOGRAMMETRY: PROVIDING PHOTOGRAMMETRIC SERVICES FOR MOBILE TELECOMMUNICATION USERS Ch. J.-P. Blumer
DEVELOPMENT AND EXPERIENCES WITH A FULLY-DIGITAL HANDHELD MAPPING SYSTEM OPERATED FROM A HELICOPTER J. Vallet, J. Skaloud
PERFORMANCE ANALYSIS OF INTEGRATED SENSOR ORIENTATION A. W. L. Ip, N. El-Sheimy, J. Hutton
SEMI-AUTOMATIC GEO-REFERENCING IMAGES IN MOBILE MAPPING R. Roncella, G. Forlani
PHOTOGRAMMETRY FOR THE PREPARATION OF ARCHAEOLOGICAL EXCAVATION. A 3D RESTITUTION ACCORDING TO MODERN AND ARCHIVE IMAGES OF BEAUFORT CASTLE LANDSCAPE (LEBANON) Pierre Grussenmeyer, Jean Yasmine
A NOVEL SYSTEM FOR THE 3D RECONSTRUCTION OF SMALL ARCHAEOLOGICAL OBJECTS V. TSIOUKAS, P. PATIAS, P. F. JACOBS
OPENVIEW A FREE SYSTEM FOR STEREOSCOPIC REPRESENTATION OF 3D MODELS OR SCENES L. A. Sechidis, D. Gemenetzis, S. Sylaiou, P. Patias, V. Tsioukas
DOCUMENTATION AND VIRTUAL MODELING OF ARCHAEOLOGICAL SITES USING A NON-METRIC EXTREME WIDE-ANGLE LENS CAMERA V. Arias, T. R. Kuntz, H. Richards, R. P. Watson, J. van der Elst
HANS FORAMITTI A PIONEER OF ARCHITECTURAL PHOTOGRAMMETRY (1923 - 1982) P. Waldhäusl
35 YEARS OF CIPA Petros Patias
HERITAGE AT RISK AND CIPA TODAY: A REPORT ON THE STATUS OF HERITAGE DOCUMENTATION. G. Palumbo and C. L. Ogleby
STRATEGIC ALLIANCES AS SEEN BY ICOMOS AND INFORMATION USERS Robin Letellier
HERITAGE DOCUMENTATION - THE NEXT 20 YEARS C. L. Ogleby
Basic Study on the Preparation of Topographic Maps for Landslide Areas by an Inertial Photogrammetric Camera System Toshio KOIZUMI, Yasuyuki SHIRAI
BASIC STUDY ON THE REAL-TIME THREE-DIMENSIONAL POSITION MEASUREMENT OF GROUND MOVING OBJECTS USING AN ACCELEROMETER AND GYROS Yoshiwo OKAMOTO, Toshio KOIZUMI, Yasuyuki SIRAI
MULTI-IMAGE FUSION FOR OCCLUSION-FREE FACADE TEXTURING Jan Böhm
ACCURACY ENHANCEMENT OF VISION METROLOGY THROUGH AUTOMATIC TARGET PLANE DETERMINATION J. O. Otepka, C. S. Fraser
TERRESTRIAL LIDAR FOR INDUSTRIAL METROLOGY APPLICATIONS: MODELLING, ENHANCEMENT AND RECONSTRUCTION Artur Fidera, Michael A. Chapman, Jingook Hong
3D DIGITAL MODELING OF MODERN TIMES BUILDING FOR PRESERVATION AND RESTORATION W. J. Oh, S. H. Han, H. C. Yoon, Y. S. Bae, S. H. Song
COLOR CALIBRATION OF SCANNERS USING POLYNOMIAL TRANSFORMATION Ibrahim Yilmaz, I. Oztug Bildirici, Murat Yakar, Ferruh Yildiz
SPATIAL DATA MODELING IN GIS FOR HISTORICAL RESTORATION AND CONSERVATION OF CULTURAL HERITAGE OF SEVEN CITIES OF DELPHI Madan Mohan
Robotics And Remotely Operated Vehicles P. A. Kulkarni, S. G. Karad
ON IMPROVED GRAVITY MODELING SUPPORTING DIRECT GEOREFERENCING OF MULTISENSOR SYSTEMS Dorota A. Grejner-Brzezinska, Yudan Yi, Charles Toth, Robert Anderson, James Davenport, Damian Kopcha and Richard Salman
EFFICIENT LINE EXTRACTION FOR DIGITAL ARCHIVES OF CULTURAL HERITAGE USING OPTICAL FLOW AND TRIFOCAL TENSOR Y. Kunii, H. Chikatsu
DODGING IN PHOTOGRAMMETRY AND REMOTE SENSING Zh. J. Li, Z. X. Zhang, J. Q. Zhang
VIDEO SEGMENTATION WITH SUPERIMPOSED MOBILE MAPS OF DISTANCES A. Viloria, J. Finat, and M. Gonzalo-Tasis
STRUCTURING LASER-SCANNED TREES USING 3D MATHEMATICAL MORPHOLOGY Ben Gorte and Norbert Pfeifer
Feature Extraction And Modeling Of Urban Building From Vehicle-Borne Laser Scanning Data B. J. Li, Q. Q. Li, W. Z. Shi, F. F. Wu
AUTOMATIC 3D RENDERING OF HIGH RESOLUTION SPACE IMAGES C. Destruel, C. Valorge
TRUE ORTHOIMAGE GENERATION IN CLOSE RANGE PHOTOGRAMMETRY Efstratios Stylianidis
3D Modeling for Historical Structure using Terrestrial Laser Ranging Data Hiroshi YOKOYAMA , Hirofumi CHIKATSU
THE USE OF PANORAMIC IMAGES FOR 3-D ARCHAEOLOGICAL SURVEY Henrik Haggrén, Hanne Junnilainen, Jaakko Järvinen, Terhi Nuutinen, Mika Lavento, Mika Huotari
BALLOON PHOTOGRAMMETRY FOR CULTURAL HERITAGE M. O. Altan, T. M. Celikoyan, G. Kemper, G. Toz
OBJECT TRACKING AND POSITIONING ON VIDEO IMAGES Chi-Farn Chen, Min-Hsin Chen
CREATION OF DISTORTION MODEL FOR DIGITAL CAMERA (DMDC) BASED ON 2D DLT FENG Wenhao, Ll Jiansong, YAN Li
THE FUSION OF LASER SCANNING AND CLOSE RANGE PHOTOGRAMMETRY IN BAM LASER-PHOTOGRAMMETRIC MAPPING OF BAM CITADEL (ARG-E-BAM)/IRAN Mehdi Bouroumand, Nikolaus Studnicka
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International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV, Part BS. Istanbul 2004
3. MODELING A STATIC CHARACTER WITH AN
IMAGE SEQUENCE
For the complete reconstruction of a static human model, a full
360 degree azimuth image coverage is required. A single
camera, with a fix focal length, is used. The image acquisition
can last 30 seconds and this could be considered a limit of the
process, as no movement of the person is required. The 3D
shape reconstruction from the uncalibrated image sequence ls
obtained with a process based on (1) calibration and orientation
of the images, (2) matching process on the human body surface
and (3) 3D point cloud generation and modeling.
3.1 Camera calibration and image orientation
The calibration. and orientation of the images have to be
performed in order to extract precise 3D information of the
character. The process (Figure 1) is based on a
photogrammetric bundle adjustment; the required image
correspondences (section 3.1.1) are found with an improved
version of a process already presented in [Remondino, 2002].
Features : : Cross-Corr
| Extraction nes + ALSM ;
3 Views Pairwise |
Epipolar Geometry Epipolar Geometry |. |

Correspondences | |, — Self-calibrating
Tracking Bundle Adjustment
Automated Tie Points Extraction

Approximations
Unknown
Parameters

Figure 1: The camera calibration and image orientation pipeline.
3.1.1 Automatic tie points extraction
Most of the presented systems [e.g. Fitzgibbon et al., 1998;
Pollefeys et al, 1998; Roth et al, 2000] developed for the
orientation of image sequences with automatic extraction of
corresponding points require very short baseline between the
images (typically called 'shape-from-video') Few strategy
instead can reliable deal with wide-baseline images [Tuytelaars
et al, 2000; Remondino, 2002]. Our approach extracts
automatically corresponding points with the following 6 steps:
I. Interest points identification. A set of interest points or
corners in each image of the sequence is extracted using
Foerstner operator or Harris corner detector with a threshold
on the number of corners extracted based on the image size.
A good point distribution is assured by subdividing the
images in small patches (9x9 pixel on an image of
1200x1600) and keeping only the points with the highest
interest value in those patches.
2. Correspondences matching. The extracted features between
adjacent images are matched at first with cross-correlation
and then the results are refined using adaptive least square
matching (ALSM) [Gruen, 1985]. Cross-correlation alone
cannot always guarantee the correct match while the ALSM,
with template rotation and reshaping, provides for more
accurate results. The point with biggest correlation coefficient
is used as approximation for the template matching process.
The process returns the best match in the second image for
each interest point in the first image.
3. Filtering false correspondences. Because of the unguided
matching process, the found matched pairs often contain
outliers. Therefore a filtering of the incorrect matches is
performed using the disparity gradient between the found
correspondences. The smaller is the disparity gradient, the
more the two correspondences are in agreement. The sum of
all disparity gradients of each matched point relative to all
other neighbourhood matches is computed. Those matches
that have a disparity gradient sum greater than the median of
the sums are removed. In case of big baselines or in presence
(at the same time) of translation, rotation, shearing and scale
between consecutive images, the algorithm can achieve
incorrect results if applied on the whole image: therefore the
filtering process has to be performed on small image regions.
4. Epipolar geometry between image pairs. À pairwise relative
orientation and an outlier rejection using those matches that
pass the filtering process are afterwards performed. Based on
the coplanarity condition, the fundamental matrix is
computed with the Least Median of the Squares (LMedS)
method; LMedS estimators solve non-linear minimization
problems and yield the smallest value for the median of the
squared residuals computed for the data set. Therefore they
are very robust in case of false matches or outliers due to
false localisation. The computed epipolar geometry is then
used to refine the matching process (step 3), which is now
performed as guided matching along the epipolar line.
5. Epipolar geometry between image triplets. Not all the
correspondences that support the pairwise relative orientation
are necessarily correct. In fact a pair of correspondences can
support the epipolar geometry by chance (e.g. a repeated
pattern aligned with the epipolar line). These kinds of
ambiguities and blunders are reduced considering the epipolar
geometry between three consecutive images. A linear
representation for the relative orientation of three frames is
represented by the trifocal tensor T [Shashua, 1994]. T is
represented by a set of three 3x3 matrices and is computed
from at least 7 correspondences without knowledge of the
motion or calibration of the cameras. In our process, the
tensor is computed with a RANSAC algorithm [Fischler et
al., 1981] using the correspondences that support two
adjacent pair of images and their epipolar geometry. The
RANSAC is a robust estimator, which fits a model (tensor T)
to a data set (triplet of correspondences) starting from a
minimal subset of the data. The found tensor T is used (1) to
verify whether the image points are correct corresponding
features between three views and (2) to compute the image
coordinates of a point in a view, given the corresponding
image positions in the other two images. This transfer is very
useful when in one view are not found many
correspondences. As result of this step, for each triplet of
images, a set of corresponding points, supporting the related
epipolar geometry is recovered.
6. Tracking image correspondences through the sequence.
After the computation of a T tensor for every consecutive
triplet of images, we consider all the overlapping tensors (e.g.
Tis Toe Taas, ..) and we look for those correspondences
which support consecutive tensors. That is, given two
adjacent tensors Ta, and Ty,4 with supporting points (<a.Yas
XpYb» Xoyc and (X iy p X oy e X ey a). if Guy XoYo) in the
first tensor T4,, is equal to (x yy'p, X'aoy';) in the successive
tensor Ty, this means that the point in images a, b, c and d is
the same and therefore this point must have the same
identifier. Each point is tracked as long as possible in the se-
quence and the obtained correspondences are used as tie
points for the successive bundle-adjustment.
3.1.2. Photo-triangulation with bundle-adjustment
A photogrammetric self-calibrating bundle-adjustment is
performed using the found image correspondences and the
approximations of the unknown camera parameters (section 2).
Because of the network geometry and the lack of accurate

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