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International cooperation to save the world's cultural heritage (Volume 2)

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Object: International cooperation to save the world's cultural heritage (Volume 2)

Multivolume work

Persistent identifier:: 1663813779

Title:: XXII ISPRS Congress 2012

Sub title:: Melbourne, Australia, 25 August-1 September 2012

Type of content:: Konferenzschrift

Year of publication:: 2013

Place of publication:: Red Hook, NY

Publisher of the original:: Curran Associates, Inc.

Identifier (digital):: 1663813779

Reihe:: ISPRS archives

Language:: English

Additional Notes:: Kongress-Thema: Imaging a sustainable future

Editor:: International Society for Photogrammetry and Remote Sensing

Author:: International Society for Photogrammetry and Remote Sensing, 22.; 2012; Melbourne

Document type:: Multivolume work

Volume

Persistent identifier:: 1663822514

Title:: Technical Commission VIII

Scope:: 590 Seiten

Type of content:: Konferenzschrift

DOI:: 10.14463/KXP:1663822514

Year of publication:: 2014

Place of publication:: Red Hook, NY

Publisher of the original:: Curran Associates, Inc.

Identifier (digital):: 1663822514

Illustration:: Illustrationen, Diagramme

Reihe:: ISPRS archives (volume 39, B8 (2012))

Signature of the source:: ZS 312(39,B8)

Language:: English

Additional Notes:: Erscheinungsdatum des Originals ist ermittelt.; Literaturangaben

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

Editor:: Shortis, M.; Shimoda, H.; Cho, K.

Editor:: International Society for Photogrammetry and Remote Sensing

Author:: International Society for Photogrammetry and Remote Sensing, 22.; 2012; Melbourne

Publisher of the digital copy:: Technische Informationsbibliothek Hannover

Place of publication of the digital copy:: Hannover

Year of publication of the original:: 2019

Document type:: Volume

Collection:: Earth sciences

Chapter

Title:: [VIII/6: Agriculture, Ecosystems and Bio-Diversity]

Document type:: Multivolume work

Structure type:: Chapter

Chapter

Title:: PARTICIPATORY GIS FOR SOIL CONSERVATION IN PHEWA WATERSHED OF NEPAL Krishna Prasad Bhandari

Document type:: Multivolume work

Structure type:: Chapter

International cooperation to save the world's cultural heritage
International cooperation to save the world's cultural heritage (Volume 2)
Cover
Title page
TABLE OF CONTENTS.
WORKING GROUP II. DOCUMENTATION AND INFORMATION MANAGEMENT.
AN OPEN SOURCE SYSTEM FOR P.I.C.A. A PROJECT FOR DIFFUSION AND VALORIZATION OF CULTURAL HERITAGE. E. Agosto, D. Demarchi, G. Digangi, G. Ponza.
A GIS FOR THE MONITORING OF THE HYDRAULIC SYSTEM OF THE ROYAL RACCONIGI PARK. E. Agosto, M. Macera, F. Rinaudo.
S.MARCO’S CHURCH IN VERCELLI: THE SHAPE MODEL FOR THE REUTILIZE LIDAR PROJECT IN A SIMPLE ARCHITECTURAL SPACE SURVEY. E. Agosto, A. Osello, L. Peretti, F. Rinaudo.
AN APPROACH FOR REPRESENTATION OF HISTORICAL OBJECTS BY MEANS OF 2D WEB-BASED GIS. O. Akcay, F. Yilmazturk.
NEW SURVEY TECHNOLOGIES FOR PRODUCTION OF GIS MODEL OF THE ANCIENT ROMAN JERASH CITY IN JORDAN. O. Al Bayari.
ANALOGY BETWEEN ARCHITECTURAL DESIGN PROCESS AND THE DOCUMENTATION OF ARCHITECTURAL WORKS. E. Alby, P. Grussenmeyer, J. P. Perrin.
SURVEY, RESEARCH AND VIRTUAL REALITY IN THE MONUMENTS OF SEVILLE INCLUDED IN THE WORLD HERITAGE LIST. A. Almagro.
A GIS FOR THE MANAGEMENT OF HISTORICAL AND ARCHAEOLOGICAL DATA. P. Ardissone, F. Rinaudo.
GEOREFERENCING THE HISTORICAL MAPS OF ROME BETWEEN THE SEVENTEENTH AND EIGHTEENTH CENTURIES. V. Baiocchi, K. Lelo.
3D MULTIRESOLUTION REPRESENTATIONS IN ARCHAEOLOGICAL SITES. C. Balletti, F. Guerra, A. Adami.
THE DIFFERENT METHODS TO DOCUMENT AND INTERPRET THE ARCHAEOLOGICAL SITES CONTAINING CART-RUTS. Laura Baratin, Hermann Bonnici, Simone Curti, Michele Lodi.
3-D VISUALIZATION AND ANIMATION OF ARCHITECTONIC ELEMENTS FOR PREHISTORIC MEGALITHIC TEMPLES OF THE ISLAND OF GOZO: THE TEMPLE OF GGANTIJA. L. Baratiti, G. Checcucci, S. Curti, M. Lodi, M. Romeo.
THREE-DIMENSIONAL DIGITAL MODELS FOR ARCHITECTURE'S DOCUMENTATION: BADIA DI S. AGATA IN CATANIA. L. Bamobi, L. Colaiacovo, L. Andreozzi.
APPLICATION OF MAPPING PLAN WITH A NON-DETERMINISTIC ALGORITHM FOR GIS QUERYING. V. Barrile, F. Cotroneo, S. Tringali.
3D DATA FUSION AND MULTI-RESOLUTION APPROACH FOR ANEW SURVEYAIMED TO ACOMPLETE MODEL OF RUCELLAI'S CHAPEL BY LEON BATTISTA AL BERTI IN FLORENCE. V. Bonora, G. Tucci, V. Vaccaro.
THE NAVIGLIO OF MARTESANA: A GIS TO MANAGE A PROTECTED AREA. M. Boriani, A. Cazzani, M. Giambruno.
PLANNING A CONSERVATION PROJECT: THE INFORMATION SYSTEM OF THE INSULA ORIENTALIS I AT HERCULANEUM. M. Brizzi, A. D'Andrea, D. Sepio, M. De Silva, S. Court.
APPLYING NURBS MODELING TO RECONSTRUCTION OF A GOTHIC-FLEMISH FACADE. K. Brukamp.
INTERNATIONAL DESIGN COMPETITION FOR THE REFURBISHMENT AND ENHANCEMENT OF THE VILLA REALE IN MONZA. THEMATICAL MAP: FROM CLOUDS POINT TO SURFACE ANALYSIS. CASES STUDY: SALONE D'ONORE, SCALONE AND SALA DEL TRONO. R. Brumana, C. Achille.
FROM THE GUIDE OF GEOREFERENCING CULTURAL HERITAGE FOR THE MAP OF RISK (REGIONE LOMBARDIA) TO THE GEOREFERENCING AND TROUBLESHOOTING IN HISTORICAL SITES. R. Brumana, C. Achille, D. Oreni, F. Prandi.
STRUCTURING 3D NUMERIC CARTOGRAPHY IN GML3. R. Brumana, F. Prandi.
REAL-TIME RENDERING IN A PC-CLUSTER ENVIRONMENT PROVIDED BY OPENSG. A. Bueschenfeld.
LOW COST DIGITAL PHOTOGRAMMETRIC TECHNIQUES FOR 3D MODELIZATION IN RESTORATION WORKS. A CASE STUDY: St. DOMINGO DE SILOS' CHURCH (XIVth CENTURY, ALCALA LA REAL, SPAIN). J. Cardenal, E. Mata, M. Ramos, J. Delgado, M. A. Hernandez, J. L. Perez, P. Castro, M. Torres.
ESTABLISHING A DIGITAL PLATFORM FOR CULTURE OF TURKEY. E. Celenk, T. Özalp, F. Arikan, E. Aydin.
GIS FOR ARCHAEOLOGICAL DATA MANAGEMENT: THE CASE OF SANTA FILITICA, SORSO (SS), SARDINIA. B. Costa, F. Fiori, E. Garau, D. Rovina.
3D NASCA'S ZOOMORPHIC GEOGLYPHS RECONSTRUCTION. A. Cuno, C. Esperanca, P. Roma Cavalcanti.
ANALYSIS FROM VIABILITY FOR INDUSTRIAL DISTRICT IMPLANTATION INSIDE THE ENVIRONMENTAL PROTECTION AREA USING GIS. R. M. da Silva, M. R. Veronez, A. B. Thum, C. F. do Carmo.
AUTOMATING THE EXTRACTION OF REVOLUTION OBJECTS FROM SINGLE LASER SCANS OF ARCHITECTURAL SCENES. M. Deveau, G. Letellier, N. Paparoditis.
CREATION OF A INFORMATION SYSTEM RELATING TO THE ARCHIVES OF "ARCHITECTURAL SITES". C. Di Francesco, S. Bortolotto, E. Locatelli, M. C. Palo, C. Sangiorgio, R. Simonelli.
P.I.C.A - PORTALE INFORMATICO CULTURALE DELLE ALPI OCCIDENTALI: A MULTIDISCIPLINARY AND INTEGRATED PROJECT FOR CULTURAL HERITAGE. G. Di Gangi, C. M. Lebole, D. Demarchi, L. Nejrotti.
ADVANCED GEOMETRIC MODELING OF HISTORICAL ROOMS. P. Dominger, C. Briese.
INTEGRATION OF MULTI-SOURCE SPATIAL INFORMATION AND XML INFORMATION SYSTEM IN UNDERWATER ARCHAEOLOGY. P. Drap, A. Durand, R. Provin, L. Long.
FULL XML DOCUMENTATION FROM PHOTOGRAMMETRIC SURVEY TO 3D VISUALIZATION. THE CASE STUDY OF SHAWBAK CASTLE IN JORDAN. P. Drap, A. Durand, J. Seinturier, G. Vannini, M. Nucciotti.
3DGIS-BASED DIGITAL RECONSTRUCTION AND DYNAMIC VISUALIZATION OF TIMBER-FRAME BUILDING CLUSTER. Z. Du, D. Li, Y. Zhu, Q. Zhu.
LANDSCAPE MODELLING AND VISUALIZATION IN SUBURBAN AREAS: A CASE STUDY. Z. Duran, O. Akfay, G. Toz, N. Z. Gulersoy.
APPLICATIONS OF GEOGRAPHICAL INFORMATION SYSTEM (GIS) IN THE ANCIENT TOWN KELENDERIS IN TURKEY. S. Durduran, A. Erdi.
A HIERARCHICAL 3D RECONSTRUCTION APPROACH FOR DOCUMENTING COMPLEX HERITAGE SITES. S. F. El-Hakim, J.-A. Beraldin, L. Gonzo, E. Whiting, M. Jemtrud, V. Valzano.
INTERACTIV E THREE-DIMENSIONAL RECONSTRUCTION AND WEATHERING SIMULATIONS ON BUILDINGS. P. Even, S. Gobron.
MULTISCALE THREE-DIMENSIONAL SURVEYING FOR CONSERVATION TASKS: A PILOT CASE FOR THE FUSION OF RANGE-SCANNING ON ARCHAEOLOGICAL SITES. J. J. Fernández-Martin, J. I. SanJosé, M. Gonzalo, J. Martinez and J. Finat.
REALTIME 3D MULTIMEDIA SYSTEM FOR THE DISTANCE VISITING OF CULTURAL HERITAGE. A CASE STUDY ON THE CHAMBER TOMBS IN VIA CRISPI, TARANTO. F. Gabellone, M. T. Giannotta.
A VIRTUAL THEMATIC MUSEUM OF THE TERRA D'OTRANTO LIGHTHOUSES BASED ON A LOW COST METHODOLOGY. F. Gabellone, A. Monte.
DATA FUSION FROM MULTIPLE SOURCES FOR THE PRODUCTION OF ORTHOGRAPHIC AND PERSPECTIVE VIEWS WITH AUTOMATIC VISIBILITY CHECKING. L. Grammatikopoulos, I. Kalisperakis, G. Karras, E. Petsa.
SIT FOR THE CONVERSATION OF ITALIANS HISTORICAL CENTRE. G. Guarisco.
A VOLUMETRIC APPROACH FOR 3D SURFACE RECONSTRUCTION. A. Guarnieri, A. Vettore, M. Pontin.
AN e(X)TENSIBLE AND MODULAR HISTORICAL DOCUMENTATION MODEL: THE "GeoHistoryPortal". C. Guney, L. Thys-Senocak, N. Ulugtekin, D. Tomlin, R. N. Celik.
REPRESENTATION OF HISTORICAL STRATIFICATION IN A CHURCH CONVERTED INTO A MOSQUE. M. Hamamcioglu-Turan.
DEVELOPMENT OF AN INTERNET-BASED INFORMATION SYSTEM FOR ARCHAEOLOGICAL RESEARCH AND STUDIES ON URBAN HISTORY IN BAALBEK/LEBANON. F. Henze, H. Lehmann, B. Fischer-Genz.
GEOGRAPHIC INFORMATION SYSTEM FOR MONITORING AND CONSERVATION OF THE CULTURAL LANDSCAPE. R. Ientile, B. Astori, F. Chiabrando, M. Naretto.
STANDARDS IN CULTURAL HERITAGE: THE MISSING GRAMMAR FOR THE DIGITAL DOCUMENTATION OF THE PAST. M. Ioannides, A. Georgopoulos, M. Scherer.
ACCESS AND USAGE OF ARCHAEOLOGICAL ARCHITECTURAL ON-SITE FINDINGS WITH CARTOGRAPHIC PRESENTATION METHODS. M. Jobst, O. Lubansky.
VIEWPOINT-BASED SEARCH AND BROWSE OF DIGITAL ARCHIVE CONTENT. R. Kadobayashi.
SOPHISTICATED USE OF VIRTUAL SHAPES OF ARCHITECTURE + VISUALIZATION OF QUALITY. W. Karel.
RecorDIM TASK GROUP 1 - PRINCIPLES & GUIDELINES FOR RECORDING, DOCUMENTATION AND INFORMATION MANAGEMENT OF THE BUILT CULTURAL HERITAGE. F. LeBlanc.
THE GIS-BASED HISTORICAL ATLAS OF ROME. K. Lelo, C. M. Travaglini.
SEGMENTATION AND FILTERING OF LASER SCANNER DATA FOR CULTURAL HERITAGE. J. L. Lerma, J. M. Biosca.
3D RECONSTRUCCION AND MODELLING OF ARCHITECTURAL DOMES. J. L. Lerma, A. García, C. Pérez.
3D RECONSTRUCTION AND SIMULATING ASSEMBLY OF ANCIENT CHINESE TIMBER-STRUCTURE BUILDING. D. Li, T. Hong, Y. Zhu, J. Yang.
DOCUMENTATION OF THE ANCIENT VILLAGE OF KHORANAGH FOR REHABILITATION PURPOSE: A PRELIMINARY REPORT. A. Malian, M. Zolfaghari.
DEVELOPING A MULTIDIMENSIONAL GIS FRAMEWORK FOR ARCHAEOLOGICAL EXCAVATIONS. S. Merlo, A. Colin.
EVOLUTION OF SURVEYING PRACTICES IN ARCHAEOLOGY: A TECHNICAL OVERVIEW TO INTRODUCE NEW MANAGEMENT POSSIBILITIES FOR CULTURAL HERITAGE DATA. É. Meyer, P. Grussenmeyer, J.-P. Perrin.
ASCIX: A SIMPLE CATALOGUER FOR HERITAGE DATA. S. Nickerson, R. Swan.
MODELING THE GOLDEN MADONNA. J. Peipe, H.-J. Przybilla.
XML BASED DATA DESCRIPTION FOR THE PHOTOGRAMMETRIC DOCUMENTATION OF HISTORIC BUILDINGS. G. Pomaska.
DOCUMENTATION AND DEVELOPMENT OF THE COLUMNS OF THE CHURCH OF ST. CHARLES IN VIENNA. C. Ressl, K. Kraus, W. Höppl.
THE LAST DEVELOPMENT OF ARCHEONAV: AN OGC COMPLIANT NAVIGATOR FOR ARCHAEOLOGICAL SITES RUNNING ON A POCKETPC. A. Scianna, A. Ammoscato, R. Corsale, B. Villa.
HIGH QUALITY 3D RECONSTRUCTION OF COMPLEX CULTURAL OBJECTS. M. Sormann, C. Zach, L. Zebedin, K. Karner.
PRESERVING THE ARCHITECTURAL HERITAGE BY INCREASING THE KNOWLEDGE OF THE COMMUNITY: THE CASE OF THE ANCIENT CHURCH OF SAN PIETRO DI CONSAVIA IN ASTI. R. Spallone.
LARGE SCALE SPATIAL DATABASE SUPPORTING ARCHAEOLOGICAL RESEARCH. A. Spanò, C. Bonfanti.
DESIGN OF A DATABASE SYSTEM FOR GEOMETRIC DOCUMENTATION. S. Tapinaki, A. Georgopoulos, T. Sellis.
PHOTOGRAMMETIC MODELING OF BYZANTINE CHURCHES. V. Tsioukas, N. Tsirliganis, G. Pavlidis, F. Amaoutoglou, Ch. Chamzas, E. Mpakourou, A. Mexia.
FUSION OF 3D INFORMATION FOR EFFICIENT MODELING OF CULTURAL HERITAGE SITES WITH OBJECTS. V. Valzano, A. Bandiera, J.-A. Beraldin, M. Picard, S. F. El-Hakim, G. Godin, E. Paquet, M. Rioux.
SCIENTIFIC MONITORING AND DOCUMENTATION OF THE VENARIA REALE RESTORATION SITES. M. Volpiano, U. Zich.
3D SIMULATION AND RECONSTRUCTION OF LARGE-SCALE ANCIENT ARCHITECTURE WITH TECHNIQUES OF PHOTOGRAMMETRY AND COMPUTER SCIENCE. S. Xia, Y. Zhu.
WORKING GROUP III. TRAINING, TECHNOLOGY INTERCHANGE AND COMMUNICATION.
THE CIPA KEY WORD LIST.
KEY WORD INDEX.
Title page
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CIP A 2005 XX International Symposium. 26 September - 01 October. 2005, Torino, ltaly_ 
Figure 2. Scans Georeferentiation 
In the case of the ex-church of S.Marco five vertices were 
positioned, four of which were inside the central aisle to form a 
rectangle and one outside in front of the principal façade. 
Figure 3. Topographic Network 
The registration, operation by which the scannings are merged, 
can be obtaned in two ways: the first by forms recognition, the 
second by use of reflective targets (markers). The coordinate of 
markers are measured by total station Topkon8001A that has a 
very high precisions (0.3 mgons). 
The acquisition of markers is the base of the good result of the 
scannings registration: in fact, each scanning obtains its 
georeferentiation information from the marker coordinates; they 
are reflective elements that behave very differently from the 
context and can be automatically recognized by the software of 
the laser scanner; they are usually bee-nest reflectors. 
In the present case the markers were square form elements of 
about 3 centimeters per side; they had an adhesive side opposite 
the reflecting one, and also a central dot, given by the diagonals, 
that identified their geometric centre in order to measure it with 
the total station; during the data elaboration the laser scanner 
software automatically recognizes the centre, by calculating it 
from the areas with high reflection. The arrangement of the 
markers also follows a logical procedure based on the planned 
scannings. Each scanning needs a minimum of 3 points to be 
georeferenced, but more points are preferred, because the 
middle quadratic discards statistical elaboration will be applied. 
In the case of the ex- S.Marco church they were put on the walls 
of the smaller aisles and on the central pillars. 
Figure 4. Taking arrangement 
5. SCANNING 
Before proceeding to the scanning of the ex church of S.Marco, 
as for every architectural object, an appropriate strategy has to 
be decided to determine the footstep of scanning, to optimize 
the number of scannings and to minimize the shadow zones. 
Concerning the scanning goals, two things that have to be 
considered, one connected to the geometry and the other one to 
the present decorations inside the building. The structure of the 
ex-church of S.Marco is relatively simple and without many 
decorations, with the exception of the presbytery and its niche. 
These characteristics guided the choice of a scanning footstep 
equal to 80 mgons: in this way a good detail is obtained of the 
whole church and at the same time the scanning times are not 
excessivey long. 
The subsequent step is the optimization of the number of 
scannings to have a complete coverage of the whole area. To 
complete the planning of scanning positions is necessary to 
know the characteristics of the used instrument, in fact, laser 
scanners of different types have different range action. In this 
case a semiconductor laser was used, in which the acquired data 
are recorded in spherical coordinates, exactly as happens with

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Dequal, Sergio. International Cooperation to Save the World’s Cultural Heritage. CIPA - The ICOMOS/ISPRS Committee for Documentation of Cultural Heritage, 2005.

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