4.3 Article

RANGE-BASED VERSUS AUTOMATED MARKERLESS IMAGE-BASED TECHNIQUES FOR ROCK ART DOCUMENTATION

期刊

PHOTOGRAMMETRIC RECORD
卷 29, 期 145, 页码 30-48

出版社

WILEY
DOI: 10.1111/phor.12054

关键词

accuracy and precision; data quality; ortho-image; point cloud; resolution; rock art; terrestrial laser scanning

资金

  1. Generalitat Valenciana [PROMETEO/2008/165]
  2. Spanish Ministry of Science and Innovation [HAR2010-18620]

向作者/读者索取更多资源

Nowadays there is a huge proliferation of fully automatic image-based solutions producing either three-dimensional (3D) point clouds or 3D models. However, the reliability of the output is not usually reported and clarified. This paper presents a comparison of the 3D modelling results achieved on two rock art shelters at separate archaeological sites using a high-resolution digital camera. The 3D point clouds were produced using automatic image-based photogrammetric and computer vision software running either locally (FOTOGIFLE and VisualSFM) or through a web-based reconstruction service (Autodesk 123D Catch). The first two automatic approaches are compared with a manual bundle block adjustment. Dense image matching was undertaken to densify the point clouds prior to 3D modelling. The derived 3D models are compared with a time-of-flight laser scanning dataset that was used as ground truth. Statistical analysis shows significant metric differences on the digital surface models for the different solutions. Resume On assiste actuellement a une veritable proliferation de systemes imageurs totalement automatiques pour la production de nuages de points 3D ou de modeles 3D. Cependant, la fiabilite des resultats n'est generalement pas indiquee ni expliquee. Cet article presente une comparaison des resultats de modelisation 3D obtenus sur deux abris d'art rupestre en deux sites archeologiques differents en utilisant une camera numerique a haute resolution. Les nuages de points 3D sont obtenus par une technique automatique de photogrammetrie et vision par ordinateur a base d'images, fonctionnant soit en local (FOTOGIFLE et VisualSFM) soit a distance via des services de reconstruction en ligne (Autodesk 123D Catch). Les deux premieres approches automatiques sont comparees a une solution manuelle de compensation par faisceaux. La correlation dense d'images permet de densifier les nuages de points avant la modelisation 3D. Les modeles 3D obtenus sont compares aux donnees d'un laser a balayage par temps de vol utilisees comme reference. Une analyse statistique revele des differences importantes entre les modeles numeriques de surface issus des differentes solutions. Zusammenfassung Aktuell stehen vollautomatische bildbasierte Methoden zur Erzeugung von Punktwolken und 3D Modellen im Blickpunkt. Allerdings gibt es selten Informationen zu ihrer Zuverlassigkeit. Dieser Beitrag vergleicht drei solche Verfahren am Beispiel von hochauflosenden digitalen Aufnahmen zweier archaologischer Ausgrabungsstatten mit Felszeichnungen. Es wurden die lokal angewandten Verfahren FOTOGIFLE und VisualSFM eingesetzt und der webbasierte Service von Autodesk 123D Catch. Die ersten beiden Methoden wurden mit einer manuell durchgefuhrten Bundelausgleichung verglichen. Als Vorbereitung zur 3D Modellierung wurden die Punktwolken durch Bildzuordnungsverfahren verdichtet. Die abgeleiteten 3D Modelle wurden mit einem Referenzdatensatz aus Terrestrischem Laserscanning verglichen. Die statistische Analyse zeigt signifikante metrische Differenzen zwischen den Oberflachenmodellen der verschiedenen Methoden. Resumen Actualmente existe una enorme proliferacion de soluciones automaticas a partir de imagenes para obtener nubes de puntos o modelos 3D. Sin embargo, no es frecuente obtener informacion sobre la fiabilidad de los resultados. Este articulo presenta una comparacion de los resultados obtenidos en la modelizacion 3D de dos abrigos de arte rupestre en dos sitios arqueologicos, uno en cada sitio. Se utiliza una camara digital. Se obtienen nubes de puntos 3D siguiendo diferentes estrategias automaticas fotogrametricas y de vision por computador basadas en imagen que funcionan en local (FOTOGIFLE y VisualSFM) o de manera remota mediante servicios de reconstruccion web (Autodesk 123D Catch). Las dos primeras estrategias automaticas se comparan con las soluciones manuales de ajuste de haces. Correspondencia densa de imagen se lleva a cabo para densificar las nubes de puntos previo a la modelizacion. Los modelos 3D se comparan con datos provenientes de escaner laser de tiempo de vuelo que se utilizan como datos verdaderos. El analisis estadistico muestra las diferencias metricas significativas en los modelos digitales de superficie de las diferentes soluciones.

作者

我是这篇论文的作者
点击您的名字以认领此论文并将其添加到您的个人资料中。

评论

主要评分

4.3
评分不足

次要评分

新颖性
-
重要性
-
科学严谨性
-
评价这篇论文

推荐

Article Environmental Sciences

Dominant Color Extraction with K-Means for Camera Characterization in Cultural Heritage Documentation

Adolfo Molada-Tebar, Angel Marques-Mateu, Jose Luis Lerma, Stephen Westland

REMOTE SENSING (2020)

Article Computer Science, Artificial Intelligence

Bayesian multilevel random-effects model for estimating noise in image sensors

Gabriel Riutort-Mayol, Virgilio Gomez-Rubio, Angel Marques-Mateu, Jose Luis Lerma, Antonio Lopez-Quilez

IET IMAGE PROCESSING (2020)

Article Geography, Physical

Fully automatic smartphone-based photogrammetric 3D modelling of infant's heads for cranial deformation analysis

Ines Barbero-Garcia, Jose Luis Lerma, Gaspar Mora-Navarro

ISPRS JOURNAL OF PHOTOGRAMMETRY AND REMOTE SENSING (2020)

Article Archaeology

Color degradation mapping of rock art paintings using microfading spectrometry

Berta Carrion-Ruiz, Gabriel Riutort-Mayol, Adolfo Molada-Tebar, Jose L. Lerma, Valentin Villaverde

Summary: Rock art documentation is a complex task that requires a complete, rigorous, and exhaustive approach to enable stakeholders to preserve archaeological sites under constant deterioration. Prehistoric pigments used in paintings are highly light sensitive, and microfading spectrometry is a suitable technique for determining the light-stability of these pigments in a non-destructive manner. The evaluation of color changes and chromatic differences through spectral data can help establish future conservation actions for archaeological sites.

JOURNAL OF CULTURAL HERITAGE (2021)

Article Chemistry, Multidisciplinary

Macro Photogrammetry & Surface Features Extraction for Paleolithic Portable Art Documentation

Miriam Cabrelles, Jose Luis Lerma, Valentin Villaverde

APPLIED SCIENCES-BASEL (2020)

Article Chemistry, Multidisciplinary

Evaluation of Long-Range Mobile Mapping System (MMS) and Close-Range Photogrammetry for Deformation Monitoring. A Case Study of Cortes de Pallas in Valencia (Spain)

Francesco Di Stefano, Miriam Cabrelles, Luis Garcia-Asenjo, Jose Luis Lerma, Eva Savina Malinverni, Sergio Baselga, Pascual Garrigues, Roberto Pierdicca

APPLIED SCIENCES-BASEL (2020)

Article Mathematics

Correlated Functional Models with Derivative Information for Modeling Microfading Spectrometry Data on Rock Art Paintings

Gabriel Riutort-Mayol, Virgilio Gomez-Rubio, Jose Luis Lerma, Julio M. del Hoyo-Melendez

MATHEMATICS (2020)

Article Engineering, Multidisciplinary

Combining machine learning and close-range photogrammetry for infant's head 3D measurement: A smartphone-based solution

Ines Barbero-Garcia, Roberto Pierdicca, Marina Paolanti, Andrea Felicetti, Jose Luis Lerma

Summary: This study integrates target-based close-range photogrammetry with facial landmark machine learning detection to develop an automatic, smartphone-based tool that provides 3D information of the head and face. This methodology opens a new path for the effective integration of machine learning and photogrammetry in medicine, particularly for overall head analysis.

MEASUREMENT (2021)

Article Multidisciplinary Sciences

Spherical harmonics to quantify cranial asymmetry in deformational plagiocephaly

Jonas Grieb, Ines Barbero-Garcia, Jose Luis Lerma

Summary: This study proposes a new method for identifying deformational plagiocephaly using spherical harmonics to extract features from the head models and measure deformity. Compared to traditional anthropometric indexes, this method shows better results in the detection of DP.

SCIENTIFIC REPORTS (2022)

Article Computer Science, Information Systems

A Web-Based Geoinformation System for Heritage Management and Geovisualisation in Canton Nabon (Ecuador)

Angel Collado, Gaspar Mora-Navarro, Veronica Heras, Jose Luis Lerma

Summary: The main objective of this article is to develop a web-based cultural heritage management system in Canton Nabon, Ecuador, using new web technologies and geomatics knowledge. The system will provide a web-based geoportal accessible to the whole society, allowing users to consult geolocalised heritage information on a virtual map and view 3D geovisualization in an interactive web viewer.

ISPRS INTERNATIONAL JOURNAL OF GEO-INFORMATION (2022)

Article Medicine, Legal

Paper Profiling and imaging of forensic evidence - A pan-European forensic round robin study part 1: Document forgery

Thomas Fischer, Martina Marchetti-Deschmann, Ana Cristina Assis, Michal Levin Elad, Manuel Algarra, Marko Barac, Iva Bogdanovic Radovic, Flavio Cicconi, Britt Claes, Nunzianda Frascione, Sony George, Alexandra Guedes, Cameron Heaton, Ron Heeren, Violeta Lazic, Jose Luis Lerma, Maria del Valle Martinez de Yuso Garcia, Martin Nosko, John O'Hara, Ilze Oshina, Antonio Palucci, Aleksandra Pawlaczyk, Aistyna Zelena Pospiskova, Marcel de Puit, Ksenija Radodic, Mara Repele, Mimoza Ristova, Francesco Saverio Romolo, Ivo Safarik, Zdravko Siketic, Janis Spigulis, Malgorzata Iwona Szynkowska-Jozwik, Andrei Tsiatsiuyeu, Joanna Vella, Lorna Dawson, Stefan Roediger, Simona Francese

Summary: This study investigated the feasibility of using different imaging methods for forgery detection through simulating a forensic scenario. The results showed that correct forensic statements can only be achieved by the complementary application of different methods.

SCIENCE & JUSTICE (2022)

Article Environmental Sciences

Estimation of the Block Adjustment Error in UAV Photogrammetric Flights in Flat Areas

Alba Nely Arevalo-Verjel, Jose Luis Lerma, Juan F. Prieto, Juan Pedro Carbonell-Rivera, Jose Fernandez

Summary: UAV-DAP has great potential for high-precision photogrammetry due to its low cost and ability to generate high-density point clouds. This research explores different scenarios to analyze the accuracy of this technique and identifies the best parameters for improved results.

REMOTE SENSING (2022)

Article Environmental Sciences

3D Data Fusion for Historical Analyses of Heritage Buildings Using Thermal Images: The Palacio de Colomina as a Case Study

Giacomo Patrucco, Antonio Gomez, Ali Adineh, Max Rahrig, Jose Luis Lerma

Summary: This study illustrates how combining different geomatics techniques can efficiently support historical analyses for studying heritage buildings. It also proposes a strategy for generating HBIM models starting from the integration of 3D thermal investigations and historical sources.

REMOTE SENSING (2022)

Article Chemistry, Multidisciplinary

Assessment of Cranial Deformation Indices by Automatic Smartphone-Based Photogrammetric Modelling

Sergio Baselga, Gaspar Mora-Navarro, Jose Luis Lerma

Summary: This paper presents a research on the accuracy assessment of a smartphone-based photogrammetric solution (PhotoMeDAS) for cranial diagnosis using 3D head models. The study demonstrates the propagation of measurement uncertainty to cranial deformation indices. The PhotoMeDAS solution provides accurate and reliable measurements, making it a recommended tool for doctors to establish comprehensive cranial deformation indices during medical diagnosis.

APPLIED SCIENCES-BASEL (2022)

Article Chemistry, Analytical

Multiband Photogrammetry and Hybrid Image Analysis for the Investigation of a Wall Painting by Paolo de San Leocadio and Francesco Pagano in the Cathedral of Valencia

Max Rahrig, Miguel angel Herrero Cortell, Jose Luis Lerma

Summary: This paper presents a workflow for using non-invasive multispectral imaging techniques, ranging from UV to NIR, to investigate wall paintings. It discusses different methods for image analysis and visualization, including combining spectral bands in hybrid false-color images and applying NDVI/NDPI and PCA for image analysis. The aim is to generate a high-resolution photogrammetric image set that provides information on underdrawings, material differences, damages, painting techniques, and conservation measures. The image data are superimposed with pixel accuracy in a GIS for further analysis and annotation of findings. The research is carried out on an early Spanish Renaissance wall painting in the Cathedral of Valencia.

SENSORS (2023)

暂无数据