This book provides a complete overview of novel and state of art sensing technologies and geotechnologies relevant to support management and conservation of CH sites, monuments and works of art. The book is organized in an introduction stating the motivations and presenting the overall content of the volume and four parts. The first part focuses on remote sensing and geophysics for the study of human past and cultural heritage at site scale and as element of the surrounding territory. The second part presents an overview of non invasive technologies for investigating monuments and works of…mehr
This book provides a complete overview of novel and state of art sensing technologies and geotechnologies relevant to support management and conservation of CH sites, monuments and works of art. The book is organized in an introduction stating the motivations and presenting the overall content of the volume and four parts. The first part focuses on remote sensing and geophysics for the study of human past and cultural heritage at site scale and as element of the surrounding territory. The second part presents an overview of non invasive technologies for investigating monuments and works of art. The third part presents the new opportunities of ICT for an improved and safe cultural heritage fruition, from the virtual and augmented reality of historical context to artifact tracking. Finally, the forth part presents a significant worldwide set of success cases of the exploitation of the integration of geotechnologies in archeology and architectural heritage management.
This book is of interest to researchers, experts of heritage science, archaeologists, students, conservators and other professionals of cultural heritage.
Introduction: Cultural heritage sustainable management strategies and technologies.- Part I: Remote sensing and geophysics technologies, data analysis for applications in the field of archaeology and cultural heritage.- Optical satellite remote sensing for archaeology.- LiDAR for archaeological research and the study of historical landscapes.- SAR for landscape archaeology.- DinSAR for the monitoring of cultural heritage sites.- A window for the hidden past: revealing architecture remains based on ground spectroscopy data analysis.- Ground penetrating radar: technologies and data processing issues for applications in the field of cultural heritage.- Part II: In situ non invasive technologies for investigating monuments and artifacts.- Infrared thermography: from sensing principle to non destructive testing considerations.- Investigating surficial alterations of natural stone by ultrasonic surface measurements.- Hyperspectral sensors for the characterization of cultural heritage surfaces.- TeraHertz waves and cultural heritage: state-of-the-art and perspectives.- FF-XRF, XRD and PIXE for the non-destructive investigation of archaeological pigments.- Part III: ICT and sensing technologies for cultural heritage.- Wireless communication platforms for built and natural heritage monotoring.- Techniques for seamless color registration and mapping on dense 3D models.- Integration and analysis of sampled data: visualization techniques and platforms.- The reconstruction of archaeological contexts: a dialectical relationship between historical-aesthetic values and principles of building construction.- Technologies for visual localization and augmented reality in smart cities.- RFID sensors and artifact tracking.- Part IV: From artifact to historical sites: case studies and applications.- Detection of Maya ruins by LiDAR: applications, case study and issues.- Ultrasonic analysis of the Spanish cultural heritage: six case studies.- Wireless monitoring to detect decay factors innatural heritage scenarios in Spain: a case study at Lanzarote.- Integrated monitoring at a modern architectural masterpiece: the case of Viaduct Basento in Potenza.- Case study regarding the applications of THz imaging to cultural heritages.- A case study in Japan.- Uncovering Luoyang by remote sensing.- Integrated non invasive investigations on archaeological masonry structures: the case of Regio VIII in Pompeii.
Introduction: Cultural heritage sustainable management strategies and technologies.- Part I: Remote sensing and geophysics technologies, data analysis for applications in the field of archaeology and cultural heritage.- Optical satellite remote sensing for archaeology.- LiDAR for archaeological research and the study of historical landscapes.- SAR for landscape archaeology.- DinSAR for the monitoring of cultural heritage sites.- A window for the hidden past: revealing architecture remains based on ground spectroscopy data analysis.- Ground penetrating radar: technologies and data processing issues for applications in the field of cultural heritage.- Part II: In situ non invasive technologies for investigating monuments and artifacts.- Infrared thermography: from sensing principle to non destructive testing considerations.- Investigating surficial alterations of natural stone by ultrasonic surface measurements.- Hyperspectral sensors for the characterization of cultural heritage surfaces.- TeraHertz waves and cultural heritage: state-of-the-art and perspectives.- FF-XRF, XRD and PIXE for the non-destructive investigation of archaeological pigments.- Part III: ICT and sensing technologies for cultural heritage.- Wireless communication platforms for built and natural heritage monotoring.- Techniques for seamless color registration and mapping on dense 3D models.- Integration and analysis of sampled data: visualization techniques and platforms.- The reconstruction of archaeological contexts: a dialectical relationship between historical-aesthetic values and principles of building construction.- Technologies for visual localization and augmented reality in smart cities.- RFID sensors and artifact tracking.- Part IV: From artifact to historical sites: case studies and applications.- Detection of Maya ruins by LiDAR: applications, case study and issues.- Ultrasonic analysis of the Spanish cultural heritage: six case studies.- Wireless monitoring to detect decay factors innatural heritage scenarios in Spain: a case study at Lanzarote.- Integrated monitoring at a modern architectural masterpiece: the case of Viaduct Basento in Potenza.- Case study regarding the applications of THz imaging to cultural heritages.- A case study in Japan.- Uncovering Luoyang by remote sensing.- Integrated non invasive investigations on archaeological masonry structures: the case of Regio VIII in Pompeii.
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