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检索条件"任意字段=Conference on 3D Virtual Reconstruction and Visualization of Complex Architectures"

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A COMPLETE FRAMEWORK OPERATING SPATIALLY-ORIENTEd RTI IN A 3d/2d CULTURAL HERITAGE dOCUMENTATION ANd ANALYSIS TOOL 8

A COMPLETE FRAMEWORK OPERATING SPATIALLY-ORIENTED RTI IN A 3...

引用

8th International Workshop on 3d virtual reconstruction and visualization of complex architectures (3d-ARCH)

作者： Pamart, A. Ponchio, F. Abergel, V. M'darhri, A. Alaoui Corsini, M. dellepiane, M. Morlet, F. Scopigno, R. de Luca, L. UMR 3495 CNRS MC GAMSAU Team Modeles & Simulat Architecture & Patrimoine Marseille France UMR 3495 CNRS MC ARIA Team Modeles & Simulat Architecture & Patrimoine Lyon France ISTI CNR Visual Comp Lab Pisa Italy

Close-Range Photogrammetry (CRP) and Reflectance Transformation Imaging (RTI) are two of the most used image-based techniques when documenting and analyzing Cultural Heritage (CH) objects. Nevertheless, their potential impact in supporting study and analysis of conservation status of CH assets is reduced as they remain mostly applied and analyzed separately. This is mostly because we miss easy-to-use tools for of a spatial registration of multimodal data and features for joint visualisation gaps. The aim of this paper is to describe a complete framework for an effective data fusion and to present a user friendly viewer enabling the joint visual analysis of 2d/3d data and RTI images. This contribution is framed by the on-going implementation of automatic multimodal registration (3d, 2d RGB and RTI) into a collaborative web platform (AIOLI) enabling the management of hybrid representations through an intuitive visualization framework and also supporting semantic enrichment through spatialized 2d/3d annotations.

关键词： 3d visualization RTI imaging Close-Range Photogrammeytry web visualization

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MULTI-SENSOR RAdIOMETRIC STUdY TO dETECT PATHOLOGIES IN HISTORICAL BUILdINGS 6

MULTI-SENSOR RADIOMETRIC STUDY TO DETECT PATHOLOGIES IN HIST...

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conference on 3d-Arch 2015 - 3d virtual reconstruction and visualization of complex architectures

作者： del Pozo, S. Herrero-Pascual, J. Felipe-Garcia, B. Hernandez-Lopez, d. Rodriguez-Gonzalvez, P. Gonzalez-Aguilera, d. Univ Salamanca High Sch Avila Dept Cartog & Land Engn Avila 05003 Spain Univ Castilla La Mancha Reg Dev Inst IDR Albacete 02071 Spain

ISBN: (纸本)9781629935201

This paper presents a comparative study with different remote sensing technologies to recognize pathologies in facades of historical buildings. Building materials deteriorate over the years due to different extrinsic and intrinsic agents, so assessing these diseases in a non-invasive way is crucial to help preserve them. Most of these buildings are extremely valuable and some of them have been declared monuments of cultural interest. In this way through close range remote sensing techniques, it is possible to study material pathologies in a rigorous way and in a short duration field campaign. For the investigation two different acquisition systems were applied, active and passive methods. The terrestrial laser scanner FARO Focus 3d was used as active sensor, working at the wavelength of 905 nm. For the case of passive sensors, a Nikon d-5000 and a 6-bands Mini-MCA multispectral camera (530-801 nm) were applied covering visible and near infrared spectral range. This analysis allows assessing the sensor, or sensors combination, suitability for pathologies detection, addressing the limitations according to the spatial and spectral resolution. Moreover, the pathology detection by unsupervised classification methods is addressed in order to evaluate the automation capability of this process.

关键词： Architecture Cultural Heritage Camera Multispectral Laser Scanning Remote Sensing Close Range Classification

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virtualISING AN OTTOMAN FORTRESS - LASER SCANNING ANd 3d MOdELLING FOR THE dEVELOPMENT OF AN INTERACTIVE, IMMERSIVE virtual REALITY APPLICATION 8

VIRTUALISING AN OTTOMAN FORTRESS - LASER SCANNING AND 3D MOD...

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8th International Workshop on 3d virtual reconstruction and visualization of complex architectures (3d-ARCH)

作者： Tschirschwitz, F. Buyuksalih, G. Kersten, T. P. Kan, T. Enc, G. Baskaraca, P. HafenC Univ Hamburg Photogrammetry & Laser Scanning Lab Uberseeallee 16 D-20457 Hamburg Germany Bogazici Insaat Musavirlik AS Evliya Celebi Mah Mesrutiyet Cad Istanbul Turkey

"A picture is worth a thousand words": a famous quote about knowledge dissemination but also literally true. The documentation of cultural heritage (CH) monuments is carried out by measurements and photos and stored in 3d models - not by textual information alone. So what could be a more straightforward way to inform the public about CH than visual information? This approach can be extended not only by providing static images or videos from predefined angles but by giving the user the opportunity to interactively explore the virtual representation and interact with the scene. Recent advances in contemporary virtual Reality (VR) have made it available to more people as prices have dropped. New devices have entered the market so that VR is not limited to VR labs, but is available even at home. With modern head-mounted displays the user can immerse himself in the virtual CH monument to explore and interact with it. Game engines offer tools for rapid development of interactions and help to produce visually appealing worlds. In this paper is presented the generation of a virtual 3d model of Rumeli Hisari, an Ottoman fortress at the Bosporus in Istanbul, Turkey (Fig. 1) and its processing for data integration into the game engine Unity. The project has been carried out as a co-operation between BIMTAS, a company of the Greater Municipality of Istanbul, Turkey and the Photogrammetry & Laser Scanning Lab of the HafenCity University Hamburg, Germany with the aim of a VR application for an immersive and interactive visualisation of the fortress using the VR system HTC Vive. The workflow from data acquisition to VR visualisation, including the necessary programming for navigation, is described. Furthermore, the possible use (including simultaneous multiple users environments) of such a VR visualisation for a CH monument is discussed.

关键词： 3d HTC Vive modelling reconstruction virtual reality

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A COMPARATIVE STUdY AMONG THREE REGISTRATION ALGORITHMS: PERFORMANCE, QUALITY ASSURANCE ANd ACCURACY 8

A COMPARATIVE STUDY AMONG THREE REGISTRATION ALGORITHMS: PER...

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8th International Workshop on 3d virtual reconstruction and visualization of complex architectures (3d-ARCH)

作者： Wujanz, d. Barazzetti, L. Previtali, M. Scaioni, M. Technet GmbH Lehnshof 8 D-13467 Berlin Germany Politecn Milan Dept Architecture Built Environm & Construct Engn Via Ponzio 31 Milan Italy

A critical task in every terrestrial laser scanning project is the transformation (addressed to as registration or alignment) of multiple point clouds into a common reference system. Even though this operation appears to be a solved and well-understood problem, the vast majority of available techniques still lack meaningful quality measures that allow the user to understand and analyze the final outputs. The erroneous estimation of registration parameters may cause systematic biases that falsify those subsequently outcomes such as deformation measurements on historical buildings, CAd-drawings of individual elements, or 3d models devoted to analyze the verticality of a tower. Thus, this article compares three common registration algorithms, namely target-based registration, the Iterative-Closest Point algorithm (ICP) as well as a plane-based approach on examples related to different case studies concerning historical buildings.

关键词： Accuracy Automation Least Squares Registration Terrestrial Laser Scanning

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ACCURATE 3d SCANNING OF dAMAGEd ANCIENT GREEK INSCRIPTIONS FOR REVEALING WEATHEREd LETTERS 6

ACCURATE 3D SCANNING OF DAMAGED ANCIENT GREEK INSCRIPTIONS F...

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conference on 3d-Arch 2015 - 3d virtual reconstruction and visualization of complex architectures

作者： Papadaki, A. I. Agrafiotis, P. Georgopoulos, A. Prignitz, S. Natl Tech Univ Athens Sch Rural & Surveying Engn Lab Photogrammetry Athens 15780 Greece Berlin Brandenburg Akad Wissensch D-10117 Berlin Germany

ISBN: (纸本)9781629935201

In this paper two non-invasive non-destructive alternative techniques to the traditional and invasive technique of squeezes are presented alongside with specialized developed processing methods, aiming to help the epigraphists to reveal and analyse weathered letters in ancient Greek inscriptions carved in masonry or marble. The resulting 3d model would serve as a detailed basis for the epigraphists to try to decipher the inscription. The data were collected by using a Structured Light scanner. The creation of the final accurate three dimensional model is a complicated procedure requiring large computation cost and human effort. It includes the collection of geometric data in limited space and time, the creation of the surface, the noise filtering and the merging of individual surfaces. The use of structured light scanners is time consuming and requires costly hardware and software. Therefore an alternative methodology for collecting 3d data of the inscriptions was also implemented for reasons of comparison. Hence, image sequences from varying distances were collected using a calibrated dSLR camera aiming to reconstruct the 3d scene through SfM techniques in order to evaluate the efficiency and the level of precision and detail of the obtained reconstructed inscriptions. Problems in the acquisition processes as well as difficulties in the alignment step and mesh optimization are also encountered. A meta-processing framework is proposed and analysed. Finally, the results of processing and analysis and the different 3d models are critically inspected and then evaluated by a specialist in terms of accuracy, quality and detail of the model and the capability of revealing damaged and "hidden" letters.

关键词： 3d Scanning Structured Light Scanner Structure from Motion Weathered Letters Revealing Ancient Inscriptions

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AUTOMATIC TEXTURE ANd ORTHOPHOTO GENERATION FROM REGISTEREd PANORAMIC VIEWS 6

AUTOMATIC TEXTURE AND ORTHOPHOTO GENERATION FROM REGISTERED ...

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conference on 3d-Arch 2015 - 3d virtual reconstruction and visualization of complex architectures

作者： Krispel, U. Evers, H. L. Tamke, M. Viehauser, R. Fellner, d. W. Fraunhofer Austria Graz Austria Ctr Informat Technol & Architecture CITA Copenhagen Denmark Graz Univ Technol Inst Comp Graph & Vis ICG Graz Austria Graz Univ Technol Inst Comp Graph & Knowledge Visualizat CGV Graz Austria Tech Univ Darmstadt GRIS Darmstadt Germany Fraunhofer IGD Darmstadt Germany

ISBN: (纸本)9781629935201

Recent trends in 3d scanning are aimed at the fusion of range data and color information from images. The combination of these two outputs allows to extract novel semantic information. The workflow presented in this paper allows to detect objects, such as light switches, that are hard to identify from range data only. In order to detect these elements, we developed a method that utilizes range data and color information from high-resolution panoramic images of indoor scenes, taken at the scanners position. A proxy geometry is derived from the point clouds;orthographic views of the scene are automatically identified from the geometry and an image per view is created via projection. We combine methods of computer vision to train a classifier to detect the objects of interest from these orthographic views. Furthermore, these views can be used for automatic texturing of the proxy geometry.

关键词： spherical panorama image registration texturing point clouds machine learning automated generation of semantic information

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MULTI-SOURCE 3d MOdELS SUPPORTING ULTRASONIC TEST TO INVESTIGATE AN EGYPTIAN SCULPTURE OF THE ARCHAEOLOGICAL MUSEUM IN BOLOGNA

MULTI-SOURCE 3D MODELS SUPPORTING ULTRASONIC TEST TO INVESTI...

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conference on 3d virtual reconstruction and visualization of complex architectures

作者： di Pietra, V. donadio, E. Picchi, d. Sambuelli, L. Spano, A. Politecn Torino Dept Environm Land & Infrastruct Engn DIATI Corso Duca Abruzzi 24 I-10129 Turin Italy Politecn Torino Geomat Cultural Heritage Lab Viale Mattioli 39 I-10125 Turin Italy Civ Archaeol Museum Via Archiginnasio 2 I-40124 Bologna Italy Politecn Torino Engel Environm Engn Geophys Lab Corso Duca Abruzzi 24 I-10129 Turin Italy

The paper presents the workflow and the results of an ultrasonic 3d investigation and a 3d survey application aimed at the assessment of the internal integrity of an ancient sculpture. The work aimed at highlighting the ability of methods devoted to the 3d geometry acquisition of small objects when applied to diagnosis performed by geophysical investigation. In particular, two methods widely applied for small objects modelling are considered and compared, the digital Photogrammetry with the Structure from Motion (SFM) technique and hand-held 3d scanners. The study concludes with the aim to enhance the final graphical representation of the tomographic results and to subject the obtained results to a quantitative analysis. The survey is applied to the Egyptian naophorous statue of Amenmes and Reshpu, which dates to the reign of Ramses II (1279-1213 BC) or later and is now preserved in the Civic Archaeological Museum in Bologna. In order to evaluate the internal persistency of fractures and visible damages, a 3d Ultrasonic Tomographic Imaging (UTI) test has been performed and a multi-sensor survey (image and range based) was conducted, in order to evaluate the locations of the source and receiver points as accurate as possible The presented test allowed to evaluate the material characteristics, its porosity and degradation state, which particularly affect the lower part of the statue. More in general, the project demonstrated how solution coming from the field of 3d modelling of Cultural Heritage allow the application of 3d ultrasonic tomography also on objects with complex shapes, in addition to the improved representation of the obtained results.

关键词： 3d modelling point clouds Structure from Motion (SfM) hand-held 3d scanner 3d Ultrasonic Tomographic Imaging data representation Cultural Heritage Egyptian statue

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A SMARTPHONE-BASEd 3d PIPELINE FOR THE CREATIVE INdUSTRY - THE REPLICATE EU PROJECT

A SMARTPHONE-BASED 3D PIPELINE FOR THE CREATIVE INDUSTRY - T...

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conference on 3d virtual reconstruction and visualization of complex architectures

作者： Nocerino, E. Lago, F. Morabito, d. Remondino, F. Porzi, L. Poiesi, F. Bulo, S. Rota Chippendale, P. Locher, A. Havlena, M. Van Gool, L. Eder, M. Fotschl, A. Hilsmann, A. Kausch, L. Eisert, P. Bruno Kessler Fdn FBK Opt Metrol 3DOM Unit 3D Trento Italy Bruno Kessler Fdn FBK Technol Vis Unit Trento Italy Swiss Fed Inst Technol Comp Vis Lab Zurich Switzerland Wikitude GmbH Salzburg Austria HHI Fraunhofer Berlin Germany

during the last two decades we have witnessed great improvements in ICT hardware and software technologies. Three-dimensional content is starting to become commonplace now in many applications. Although for many years 3d technologies have been used in the generation of assets by researchers and experts, nowadays these tools are starting to become commercially available to every citizen. This is especially the case for smartphones, that are powerful enough and sufficiently widespread to perform a huge variety of activities (e.g. paying, calling, communication, photography, navigation, localization, etc.), including just very recently the possibility of running 3d reconstruction pipelines. The REPLICATE project is tackling this particular issue, and it has an ambitious vision to enable ubiquitous 3d creativity via the development of tools for mobile 3d-assets generation on smartphones/tablets. This article presents the REPLICATE project's concept and some of the ongoing activities, with particular attention being paid to advances made in the first year of work. Thus the article focuses on the system architecture definition, selection of optimal frames for 3d cloud reconstruction, automated generation of sparse and dense point clouds, mesh modelling techniques and post-processing actions. Experiments so far were concentrated on indoor objects and some simple heritage artefacts, however, in the long term we will be targeting a larger variety of scenarios and communities.

关键词： 3d reconstruction Smartphone Creative industry REPLICATE

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ACCURACY ASSESSMENT OF A complex BUILdING 3d MOdEL RECONSTRUCTEd FROM IMAGES ACQUIREd WITH A LOW-COST UAS

ACCURACY ASSESSMENT OF A COMPLEX BUILDING 3D MODEL RECONSTRU...

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conference on 3d virtual reconstruction and visualization of complex architectures

作者： Oniga, E. Chirila, C. Statescu, F. Gheorghe Asachi Tech Univ Iasi Dept Terr Measurements & Cadastre D Mangeron St 65 Iasi Romania Gheorghe Asachi Tech Univ Iasi Dept Hydro Ameliorat & Environm Protect D Mangeron St 65 Iasi Romania

Nowadays, Unmanned Aerial Systems (UASs) are a wide used technique for acquisition in order to create buildings 3d models, providing the acquisition of a high number of images at very high resolution or video sequences, in a very short time. Since low-cost UASs are preferred, the accuracy of a building 3d model created using this platforms must be evaluated. To achieve results, the dean's office building from the Faculty of " Hydrotechnical Engineering, Geodesy and Environmental Engineering" of Iasi, Romania, has been chosen, which is a complex shape building with the roof formed of two hyperbolic paraboloids. Seven points were placed on the ground around the building, three of them being used as GCPs, while the remaining four as Check points (CPs) for accuracy assessment. Additionally, the coordinates of 10 natural CPs representing the building characteristic points were measured with a Leica TCR 405 total station. The building 3d model was created as a point cloud which was automatically generated based on digital images acquired with the low-cost UASs, using the image matching algorithm and different software like 3dF Zephyr, Visual SfM, PhotoModeler Scanner and drone2Map for ArcGIS. Except for the PhotoModeler Scanner software, the interior and exterior orientation parameters were determined simultaneously by solving a self-calibrating bundle adjustment. Based on the UAS point clouds, automatically generated by using the above mentioned software and GNSS data respectively, the parameters of the east side hyperbolic paraboloid were calculated using the least squares method and a statistical blunder detection. Then, in order to assess the accuracy of the building 3d model, several comparisons were made for the facades and the roof with reference data, considered with minimum errors: TLS mesh for the facades and GNSS mesh for the roof. Finally, the front facade of the building was created in 3d based on its characteristic points using the PhotoModeler Scanner softw

关键词： Building 3d Model hyperbolic paraboloid low-cost UASs TLS accuracy assessment

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AN IMAGE-BASEd MOdELING EXPERIENCE ABOUT SOCIAL FACILITIES, BUILT dURING THE FASCIST PERIOd IN MIddLE ITALY 4

AN IMAGE-BASED MODELING EXPERIENCE ABOUT SOCIAL FACILITIES, ...

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4th ISPRS International Workshop 3d-ARCH - 3d virtual reconstruction and visualization of complex architectures

作者： Rossi, d. Univ Camerino Scuola Architettura & Design E Vittoria I-62032 Camerino Italy

The main focus of this article is to explain a teaching activity. This experience follows a research aimed to testing innovative systems for formal and digital analysis of architectural building. In particular, the field of investigation is the analytical drawing. An analytical draw allows to develope an interpretative and similar models of reality;these models are built using photomodeling techniques and are designed to re-mTite modern and contemporary architecture. The typology of the buildings surveyed belong to a cultural period, called Modern Movement, historically placed between the two world wars. The Modern Movement aimed to renew existing architectural principle and to a functional redefinition of the same one. In Italy these principles arrived during the Fascist period. Heritage made up of public social buildings (case del Balilla, GIL., recreation center...) built during the fascist period in middle Italy is remarkable for quantity and in many cases for architectural quality. This kind of buildings arc composed using pure shapes: large cube (gyms) alternate with long rectangular block containing offices creates compositions made of big volumes and high towers. These features are perfectly suited to the needs of a surveying process by photomodeling where the role of photography is central and where there is the need to identify certain and easily distinguishable points on all picture, leaning on the edges of the volume or lininig on the texture discontinuity. The goal is the documentation to preserve and to develop buildings and urban complexes of modern architecture, directed to encourage an artistic preservation.

关键词： Modeling reconstruction visualization Heritage documentation Image-based modeling Survey

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