Latest

• 'Different folks, different strokes': goINDIGO 2022's «Creators vs Academics» discussion round
• 'Imagine being a racist': goINDIGO 2022's «Ethics & legality in graffiti (research)» discussion round
• Document | archive | disseminate graffiti-scapes. Proceedings of the goINDIGO2022 international graffiti symposium
• Facing a chameleon—How project INDIGO discovers and records new graffiti
• Finding listeners for walls that speak
• Graffiti Dokumentation: Projekt INDIGO
• Graffiti-Dokumentation: Projekt INDIGO
• Making a mark—Towards a graffiti thesaurus
• Towards colour-accurate documentation of anonymous expressions
• Urban creativity meets engineering. Automated graffiti mapping along Vienna's Donaukanal
• Achieving colour-accurate data from images: challenges and solutions
• Acquiring centimetre-accurate camera coordinates in project INDIGO
• AUTOGRAF—AUTomated Orthorectification of GRAFfiti Photos
• Discovering & recording new graffiti within project INDIGO
• goINDIGO 2022 international graffiti symposium: document | archive | disseminate graffiti-scapes. Book of abstracts
• Good vibrations? How image stabilisation influences photogrammetry
• History and Archaeology in Discourse on the Dernberg–Reconstructing the Historical Landscape of a Medieval Motte-and-Bailey Castle and Deserted Village
• How project INDIGO automatically turns graffiti photos into orthophotomaps
• Project INDIGO - document, disseminate & analyse a graffiti-scape
• Project INDIGO – document, disseminate & analyse a graffiti-scape
• The Impact of Vegetation on the Visibility of Archaeological Features in Airborne Laser Scanning Datasets from Different Acquisition Dates
• Towards a Graffiti Thesaurus in SKOS
• Towards the automatic production of graffiti orthophotos
• Archaeological Remote Sensing in the 21st Century: (Re)Defining Practice and Theory
• Bildbasierte 3D-Modellierung der Wandmalerei in der Bischofstorvorhalle im Wiener Stephansdom
• Editorial for Special Issue: “Archaeological Remote Sensing in the 21st Century: (Re)Defining Practice and Theory”
• From 2D (to 3D) to 2.5D – Not all gridded digital surfaces are created equally
• Integrating Geophysical and Photographic Data to Visualize the Quarried Structures of the Roman Town of Bassianae
• Multi-Trace Coherence Mapping and Data Fusion for Improved GPR Imaging: 14th International Conference of Archaeological Prospection 2021
• Prospecting the UNESCO World Heritage Site of Müstair (Switzerland)
• The Rich and the Hard-Working: Roman Villae Near Lake Attersee, Austria: 14th International Conference of Archaeological Prospection 2021
• Archaeological Remote Sensing
• Extracting archaeologically-relevant information from imagery in manual and (semi-) automated ways
• 7D documentation of Akrotiri frescoes
• Aerial remote sensing techniques and 3D Modeling
• Archaeological remote sensing
• Creating a digital future for the past through unanticipated directions
• Créer un futur numérique du passé en passant par des directions inattendues
• Geofysiske undersøgelser of luftfotoarkæologi i Vestjylland
• Leonardo Depicted America: Misread as the Moon
• Modelling building costs from 3D building models
• Modelling building costs from 3D building models - estimating the construction effort from image-based surface models of dry-stone sheperd shelters (Kras, Slovenia)
• Novel volume visualisation of GPR data inspired by medical applications
• Novel volume visualisation of GPR data inspired by medical applications
• Photography for 3D modelling of cultural heritage
• Photography for/and image-based modelling
• Resolving some spatial resolution issues – Part 2: When diffraction takes over
• Taking vegetation marks into the next dimension: Mapping the hilltop settlement of Montarice (central Adriatic Italy) by a multi-dimensional analysis of aerial imagery
• The 3D datafication of cultural heritage: more than just a flash in the pan?
• The 3D datafication of cultural heritage: More than just a flash in the pan?
• Aerial Photography in the Potenza Valley Survey – A Chi Vuole, Non Mancano Modi
• AI, Robotics And Automation Meet Archaeology
• Das „ArchPro Carnuntum Projekt“ – die großflächige, zerstörungsfreie Erkundung des römischen Carnuntum
• Das „ArchPro Carnuntum Projekt“ – die großflächige, zerstörungsfreie Erkundung des römischen Carnuntum
• Focusing on Out-Of-Focus
• Focusing on out-of-focus: Assessing defocus estimation algorithms for the benefit of automated image masking
• Integrated Volume Visualisation of Archaeological Ground Penetrating Radar Data
• Integrated Volume Visualisation of Archaeological Ground Penetrating Radar Data
• Integrated Volume Visualisation of Archaeological Ground Penetrating Radar Data
• Integration of Complementary Archaeological Prospection Data from a Late Iron Age Settlement at Vesterager-Denmark
• Is the whole greater than the sum of its parts? Image fusion, analysis and interpretation approaches at the Late Iron Age site of Borre in Norway
• Multispectral and Hyperspectral Imaging
• Photography
• Pixels – So basic but so confusing
• Resolving some spatial resolution issues – Part 1: Between line pairs and sampling distance
• Satellite Hyperspectral and Multispectral Imaging
• The basics of photography
• Zerstörungsfreie archäologische Prospektion des römischen Carnuntum – erste Ergebnisse des Forschungsprojekts „ArchPro Carnuntum“
• (Re)Defining the Archaeological Use of UAVs
• 3D Visualisation of prospection data
• Archaeological data fusion
• Archaeological photography and image-based modelling
• Computer Graphics Meets Image Fusion
• Documenting Bronze age Akrotiri on Thera using laser scanning, image-based modelling and geophysical prospection
• Documenting Bronze Age Akrotiri on Thera using laser scanning, image-based modelling and geophysical prospection
• Historic images as spatiotemporal archives: Historical 3D data as a form of archaeological source criticism?
• OrientAL – towards (semi-)automated orthorectification of aerial photographs
• Session: 3D modelling
• The reflection of two fields – Electromagnetic radiation and its role in (aerial) imaging
• „ArchPro Carnuntum“ – Erste Ergebnisse der geophysikalischen Messungen 2012–2015
• „ArchPro Carnuntum“ – Erste Ergebnisse der geophysikalischen Messungen 2012–2015
• Aerial Photography Meets Geophysics. Mapping the Hilltop Settlement of Montarice (Italy) by a Multi-Dimensional Analysis of Remote Sensing Imagery
• Aerial Photography Meets Geophysics. Mapping the Hilltop Settlement of Montarice (Italy) by a Multi-Dimensional Analysis of Remote Sensing Imagery
• Basics of Photography for Cultural Heritage Imaging
• Die Canabae von Carnuntum. Erste Ergebnisse der geophysikalischen Messungen 2012–2015
• Image fusion and data visualisation
• OrientAL: (towards an) automated rectification of oblique and vertical aerial photographs
• Pixel versus object — A comparison of strategies for the semi-automated mapping of archaeological features using airborne laser scanning data
• Pixel-level image fusion for archaeological interpretative mapping
• Taking Vegetation Marks into the Next Dimension(s) - Mapping the Hilltop Settlements of Montarice and Colle Burchio (Central Adriatic Italy) by a Multi-dimensional Analysis of Aerial Imagery
• Taking vegetation marks into the next dimension(s): Mapping the hilltop settlement of Montarice by a multi-dimensional analysis of aerial imagery
• The basics of photography
• Airborne laser bathymetry for documentation of submerged archaeological sites in shallow water
• Airborne laser bathymetry for documentation of submerged archaeological sites in shallow water
• Airborne laser scanning and Mediterranean environments - Croatian case studies
• Airborne remote sensing - breaking new ground from the air
• ArchPro Carnuntum Project Large-scale non-invasive archaeological prospection of the Roman town of Carnuntum
• ArchPro Carnuntum Project. Large-scale non-invasive archaeological prospection of the Roman town of Carnuntum
• ARCTIS – analysing hyperspectral datasets
• Automated archiving of oblique and vertical aerial photographs
• Automated archiving of oblique and vertical aerial photographs
• Cultural Heritage, 3D Surveying and Modelling
• From pixel to mesh - accurate and straightforward 3D documentation of cultural heritage from the Cres/Lošinj archipelago
• GPR and magnetic prospection: Large-scale, non-invasive mapping of buried archaeology
• Interdisciplinary archaeological prospection at unprecented scale and resolution. The first five years of the LBI ArchPro Research Initiative 2010-2015
• Mapping the Bronze Age settlement of Akrotiri on Santorini: digital documentation and archaeological prospection
• Mapping the Bronze Age settlement of Akrotiri on Santorini: digital documentation and archaeological prospection
• Mapping the Bronze Age settlement of Akrotiri on Santorini: digital documentation and archaeological prospection
• Mind your grey tones – examining the influence of decolourization methods on interest point extraction and matching for architectural image-based modelling
• Mind your grey tones. Examining the influence of decolourization methods on interest point extraction & matching for architectural image-based modelling
• TAIFU – Toolbox for Archaeological Image FUsion
• Accuracy analysis of direct georeferenced UAV images utilising low-cost navigation sensors
• Accuracy analysis of direct georeferenced UAV images utilising low-cost navigation sensors
• Airborne imaging for heritage documentation using the Fotokite tethered flying camera
• Airborne imaging for heritage documentation using the Fotokite tethered flying camera
• Airborne Remote Sensing
• Akrotiri fieldwork
• Application of terrestrial 'structure-from-motion' photogrammetry on a medium-size Arctic valley glacier: potential, accuracy and limitations
• Application of terrestrial 'structure-from-motion' photogrammetry on a medium-size Arctic valley glacier: potential, accuracy and limitations
• ARCTIS – A MATLAB® toolbox for archaeological imaging spectroscopy
• ARCTIS — A MATLAB® Toolbox for Archaeological Imaging Spectroscopy
• Breaking new ground from the air. Some recent technologies for the benefit of aerial archaeology
• Cultural Heritage, 3D Surveying and Modelling
• Image-based Modelling: SfM + MVS
• Investigation on the automatic geo-referencing of archaeological UAV photographs by correlation with pre-existing ortho-photos
• Investigation on the Automatic Geo-Referencing of Archaeological UAV Photographs by Correlation with Pre-Existing Ortho-Photos
• Large-scale archaeological prospection of the Carnuntum landscape
• Near Surface Geophysical Archaeological Prospection at the Prehistoric Site of Akrotiri on Santorini/Thera
• New ways to extract archaeological information from hyperspectral pixels
• Producing orthophotos from archaeological aerial photographs using computer vision
• Prospecting Archaeological Landscapes – State-of-the-art in remote sensing and geophysical prospection
• Structure-from-Motion solutions for heritage 3D documentation: pros and cons, issues and solutions
• The discovery of the school of gladiators at Carnuntum, Austria
• Turning stone heaps into pastoral landscapes: Combining airborne and ground-based sensing methods to document and contextualize vernacular stone buildings in the Slovenian Karst region
• Unmanned aerial vehicles for high resolution sensing in the geosciences: European Geosciences Union General Assembly 2014: Session chair
• 3D Digital Documentation of Akrotiri: Architecture, Wall-paintings and Finds
• Airborne Laser Bathymetry - Detecting and recording submerged archaeological sites from the air
• Breaking new ground from the air. Some recent technologies for the benefit of aerial archaeology
• Computer vision-based orthophotomapping of complex archaeological sites: The ancient quarry of Pitaranha (Portugal-Spain)
• Computer vision-based orthophotomapping of complex archaeological sites: The ancient quarry of Pitaranha (Portugal–Spain)
• CropMark – A Matlab toolbox for archaeological imaging spectroscopy
• CropMark – A Matlab toolbox for archaeological imaging spectroscopy
• Current options of airborne spectroscopy for the detection of archaeological vegetation marks
• Current options of airborne spectroscopy for the detection of archaeological vegetation marks
• Drones: een nieuwe kijk op archeologische luchtfotografie. Archeobrief
• Evaluation of airborne imaging spectroscopy for the detection of archaeological vegetation marks in Carnuntum, Austria
• Evaluation of airborne imaging spectroscopy for the detection of archaeological vegetation marks in Carnuntum, Austria
• From hyperspectral pixel to archaeological information
• Integrating multi-receiver electromagnetic induction measurements into the interpretation of the soil landscape around the school of gladiators at Carnuntum
• OrientAL – Automatic geo-referencing and ortho-rectification of archaeological aerial photographs
• OrientAL – Automatic geo-referencing and ortho-rectification of archaeological aerial photographs
• Positioning in time and space – Cost-effective exterior orientation for airborne archaeological photographs
• Positioning in time and space – Cost-effective exterior orientation for airborne archaeological photographs
• Potentia: integrated survey and mapping of a Roman colony on the Adriatic coast
• Potentia: integrated survey and mapping of a Roman colony on the Adriatic coast
• Radiometric calibration of ALS data for archaeological Interpretation
• The amphitheatre of Carnuntum - Towards a complete 3D model using airborne Structure from Motion and dense image matching
• The amphitheatre of Carnuntum – Towards a complete 3D model using airborne Structure from Motion and dense image matching
• Towards an automated georeferencing and orthorectification of archaeological aerial photographs
• Towards an automated georeferencing and orthorectification of archaeological aerial photographs
• Undistorting the past – New techniques for orthorectification of archaeological aerial frame imagery
• ω, φ and κ – random Greek characters or important variables for aerial archaeologists
• ω, φ and κ – random Greek characters or important variables for aerial archaeologists
• A Matlab GUI for Imaging Spectroscopy in Archaeology
• A Matlab GUI for Imaging Spectroscopy in Archaeology
• Advanced archaeological airborne remote sensing
• Analysis of mobile laser scanning data and multi-view image reconstruction
• Computer vision techniques: towards automated orthophoto production
• Integrated geophysical archaeological prospection resulting in the discovery of the school of gladiators in the Roman town of Carnuntum in Austria
• Integrated geophysical archaeological prospection resulting in the discovery of the school of gladiators in the Roman town of Carnuntum in Austria
• Latest developments in remote sensing of Roman urban and rural sites in Austria
• Long-term Integrated Archaeological Prospection at the Roman Town of Carnuntum/Austria.
• Mapping by matching: a computer vision-based approach to fast and accurate georeferencing of archaeological aerial photographs
• Mapping history from the air – Combining low-altitude camera platforms and computer vision techniques to inventory palaeontological and archaeological sites in four dimensions
• Methods of visualisation
• Near-Infrared Aerial Crop Mark Archaeology: From its Historical Use to Current Digital Implementations
• Near-infrared and near-ultraviolet aerial imaging
• New techniques in 3D mapping - Using Structure from Motion (SfM) in aerial archaeology
• Rethinking the Spectrum – The Digital (R)Evolution in Archaeological Aerial Reconnaissance
• Straightforward archeological orthophotos from oblique aerial images
• The Archaeological application of LAAP
• The Roman town of Carnuntum – an outstanding example of long-term integrated archaeological prospection
• The spectral dimension of a point cloud – finding crop marks in radiometrically calibrated ALS data
• The spectral dimension of a point cloud – finding crop marks in radiometrically calibrated ALS data
• The Stonehenge Hidden Landscapes Project
• Towards Fuzzy Hyperspectral Edges: Radiometric strip adjustment of AIS data
• Turning hyperspectral pixels into archaeological information
• Turning Hyperspectral Pixels into Archaeological Information
• Turning Hyperspectral Pixels into Archaeological Information
• Advancing Archaeological Airborne Remote Sensing: Core Concepts of the LBI-ArchPro Initiative
• Advancing Archaeological Airborne Remote Sensing: Core Concepts of the LBI-ArchPro Initiative
• Airborne hyperspectral scanning for archaeology: balancing between spatial details, radiometric noise and spectral accuracy
• Airborne Imaging Spectroscopy. State-of-the-art and Archaeological Applications
• Archaeological Airborne Remote Sensing in Roman Carnuntum
• Archaeological Computer Vision
• Assessing the Accuracy of a Semi-Automatic and Low-Cost Image-Based Modelling Approach for Documenting Archaeological Excavations
• Balancing on the Borderline - a Low-cost Approach to Visualize the Red-edge Shift for the Benefit of Aerial Archaeology
• Beyond Conventional Boundaries. New Low-cost Technologies and Methodologies for the Benefit of Aerial Archaeological Data Acquisition and Analysis
• From deposit to point cloud – A study of low-cost computer vision approaches for the straightforward documentation of archaeological excavations
• Mapping by matching - A computer vision-based approach to fast and accurate georeferencing of archaeological aerial photographs
• Resolving (some) Resolution Issues
• Taking Computer Vision Aloft
• Taking Computer Vision Aloft
• Taking computer vision aloft - Archaeological three-dimensional reconstructions from aerial photographs with PhotoScan
• The New Ludwig Boltzmann Institute for Archaeological Prospection & Virtual Archaeology
• The New Ludwig Boltzmann Institute for Archaeological Prospection & Virtual Archaeology
• Towards an advanced DTM generation in wooded areas for archaeological prospection
• Towards Archaeologically Interesting Hyperspectral Sampling
• Towards Archaeologically Relevant Hyperspectral Sampling
• Towards Archaeologically Relevant Hyperspectral Sampling
• When Helikite Aerial Photography and Computer Vision Meet – Mapping the Ancient Roman Quarry Site of Pitaranha: ISPRS Working Group V/2 Conference. Cultural Heritage Data Acquisition and Processing (King’s Manor, York, United Kingdom). 2011, Programme and Abstracts.
• (Airborne) Digital Photography at Portus and Isola Sacra
• New Ways of Dealing with Aerial Archaeological Imaging
• Redefining Limits - The (Invisible) Future of Archaeological Aerial Reconnaissance