Jon Yngve Hardeberg – författare

Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations offers a multidisciplinaryexploration of how innovative imaging techniques can contribute to the understanding and monitoring the evolution of heritage materials over time. This book takes cultural heritage digitisation to a new level by exploring digital datasets for deeper analysis and interpretation to develop methodologies for the assessment of changes in cultural heritage objects by comparing and combining digital datasets captured at different time periods.Cultural heritage objects are constantly undergoing changes and degradation over time. In order to pass the legacy of these objects to future generations, itis important to monitor, record, and understand these changes as accurately as possible. Over the years, cultural heritage digitisation using scientific imaging techniques has become more widespread and has created a wealth of datasets of different forms in 2D and 3D. This volume focuses on the processing and analysis of these datasets and their potential for offering insights in monitoring changes in cultural heritage artefacts for conservation purposes. This volume offers a comprehensive overview of a selection of innovative imaging techniques used for documentation and the assessment of ageing, degradations, and conservation treatment on certain cultural heritage materials. Based on the EU‑funded CHANGE project and drawing on real‑world case studies, this volume illustrates practical applications across diverse heritage materials and contexts. This volume enables readers to identify the most suitable techniques for documentation, conservation, and long‑term monitoring and understand best practices in integrating imaging data into heritage documentation workflows.Adopting an interdisciplinary approach combining expertise on imaging techniques, computing, cultural heritage, and conservation science, this book offers an invaluable new approach to the digitisation of cultural heritage. This book will be invaluable for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to the assessment of change in cultural heritageartefacts.Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations is intended for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to better documenting certain cultural heritage artefacts, among which are stone, ceramics, glass, painted metals, paintings, gilded surfaces, and parchments. It also serves researchers and institutions interested in change monitoring and material change, offering a clear entry point into the multidisciplinary outcomes of the ITN‑CHANGE project.

Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations offers a multidisciplinaryexploration of how innovative imaging techniques can contribute to the understanding and monitoring the evolution of heritage materials over time. This book takes cultural heritage digitisation to a new level by exploring digital datasets for deeper analysis and interpretation to develop methodologies for the assessment of changes in cultural heritage objects by comparing and combining digital datasets captured at different time periods.Cultural heritage objects are constantly undergoing changes and degradation over time. In order to pass the legacy of these objects to future generations, itis important to monitor, record, and understand these changes as accurately as possible. Over the years, cultural heritage digitisation using scientific imaging techniques has become more widespread and has created a wealth of datasets of different forms in 2D and 3D. This volume focuses on the processing and analysis of these datasets and their potential for offering insights in monitoring changes in cultural heritage artefacts for conservation purposes. This volume offers a comprehensive overview of a selection of innovative imaging techniques used for documentation and the assessment of ageing, degradations, and conservation treatment on certain cultural heritage materials. Based on the EU funded CHANGE project and drawing on real world case studies, this volume illustrates practical applications across diverse heritage materials and contexts. This volume enables readers to identify the most suitable techniques for documentation, conservation, and long term monitoring and understand best practices in integrating imaging data into heritage documentation workflows.Adopting an interdisciplinary approach combining expertise on imaging techniques, computing, cultural heritage, and conservation science, this book offers an invaluable new approach to the digitisation of cultural heritage. This book will be invaluable for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to the assessment of change in cultural heritageartefacts.Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations is intended for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to better documenting certain cultural heritage artefacts, among which are stone, ceramics, glass, painted metals, paintings, gilded surfaces, and parchments. It also serves researchers and institutions interested in change monitoring and material change, offering a clear entry point into the multidisciplinary outcomes of the ITN CHANGE project.

Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations offers a multidisciplinaryexploration of how innovative imaging techniques can contribute to the understanding and monitoring the evolution of heritage materials over time. This book takes cultural heritage digitisation to a new level by exploring digital datasets for deeper analysis and interpretation to develop methodologies for the assessment of changes in cultural heritage objects by comparing and combining digital datasets captured at different time periods.Cultural heritage objects are constantly undergoing changes and degradation over time. In order to pass the legacy of these objects to future generations, itis important to monitor, record, and understand these changes as accurately as possible. Over the years, cultural heritage digitisation using scientific imaging techniques has become more widespread and has created a wealth of datasets of different forms in 2D and 3D. This volume focuses on the processing and analysis of these datasets and their potential for offering insights in monitoring changes in cultural heritage artefacts for conservation purposes. This volume offers a comprehensive overview of a selection of innovative imaging techniques used for documentation and the assessment of ageing, degradations, and conservation treatment on certain cultural heritage materials. Based on the EU funded CHANGE project and drawing on real world case studies, this volume illustrates practical applications across diverse heritage materials and contexts. This volume enables readers to identify the most suitable techniques for documentation, conservation, and long term monitoring and understand best practices in integrating imaging data into heritage documentation workflows.Adopting an interdisciplinary approach combining expertise on imaging techniques, computing, cultural heritage, and conservation science, this book offers an invaluable new approach to the digitisation of cultural heritage. This book will be invaluable for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to the assessment of change in cultural heritageartefacts.Advanced Imaging for Examining, Monitoring and Analysing Cultural Heritage Artefacts: Cultural Heritage Analysis for New Generations is intended for conservation professionals, heritage scientists, imaging specialists, museum practitioners, and students seeking to understand how imaging and analytical techniques can contribute to better documenting certain cultural heritage artefacts, among which are stone, ceramics, glass, painted metals, paintings, gilded surfaces, and parchments. It also serves researchers and institutions interested in change monitoring and material change, offering a clear entry point into the multidisciplinary outcomes of the ITN CHANGE project.

This open access book builds upon the conceptual foundations established in the first part, presenting practical methods, tools, and workflows for studying and communicating colour in cultural heritage.Developed within the Horizon Europe project PERCEIVE, this second volume examines how scientific analysis, digital reconstruction, and interactive design can be integrated into reproducible workflows. It documents the operational frameworks, technological infrastructures, and design resources developed to study, model, visualise, and communicate colour change across diverse heritage collections.Structured around three complementary chapters (scientific modelling of colour change, digital tools and services for knowledge sharing, and design resources for interactive experiences) the book presents advanced workflows, AI-assisted methods, FAIR data infrastructures, and participatory exhibition prototypes. Case studies range from ancient polychromy and paintings to textiles, photography, and born-digital art, demonstrating approaches to make colour research accessible and transparent for both specialists and broader audiences.Grounded in principles of care, authenticity, and participation, Chromatic Visions II addresses digital heritage as both a technical and relational practice. The book provides researchers, conservators, curators, designers, and museum professionals with methods and frameworks for interdisciplinary approaches to the digital study and communication of coloured collections.

This volume contains the papers presented at the Scandinavian Conference on Image Analysis, SCIA 2009, which was held at the Radisson SAS Scandinavian Hotel, Oslo, Norway, June 15–18. SCIA 2009 was the 16th in the biennial series of conferences, which has been organized in turn by the Scandinavian countries Sweden, Finland, D- mark and Norway since 1980. The event itself has always attracted participants and author contributions from outside the Scandinavian countries, making it an international conference. Theconferenceincludedafulldayoftutorialsand?vekeynotetalksprovided by world-renowned experts. The program covered high-quality scienti?c cont- butions within image analysis, human and action analysis, pattern and object recognition,colorimagingandquality,medicalandbiomedicalapplications,face andheadanalysis,computer vision,andmultispectralcoloranalysis. The papers werecarefully selected based on at least two reviews. Among 154 submissions 79 wereaccepted,leadingtoanacceptancerateof51%. SinceSCIAwasarrangedas a single-track event, 30 papers were presented in the oral sessions and 49 papers were presented in the poster sessions. A separate session on multispectral color science was organized in cooperation with the 11th Symposium of Multispectral Color Science (MCS 2009). Since 2009 was proclaimed the “International Year of Astronomy” by the United Nations General Assembly, the conference also contained a session on the topic “Imageand PatternAnalysis in Astronomyand Astrophysics. ” SCIA has a reputation of having a friendly environment, in addition to hi- quality scienti?c contributions. We focused on maintaining this reputation, by designing a technical and social program that we hope the participants found interesting and inspiring for new research ideas and network extensions. We thank the authors for submitting their valuable work to SCIA.