Descripción del proyecto
ICT for access to cultural resources
The global objective of INSIDDE project is unveiling unknown features – hidden paint layers, overpaintings, possibly underdrawing steps, brushstroke textures, sealed contents of both 2D/3D artworks
Because cultural heritage is one of the most valuable assets of our continent, European institutions are strongly committed with its conservation and protection, but also with its worldwide diffusion through the utilisation of digital technologies. In this context, INSIDDE (INtegration of cost-effective Solutions for Imaging, Detection, and Digitisation of hidden Elements in paintings) project as an innovative solution for capturing, imaging, and digitising unknown details of paintings and 3D artworks by means of terahertz technology in a unique approach, with the purpose of going beyond our present knowledge and adding value to the cultural content. A versatile, easy to configure and affordable prototype – working in different frequency bands within the THz region – will provide a complete set of images of the paintings and sealed objects, revealing complementary information about its hidden features – such as underlying contents, pigment/substance identification, brushstroke texture, defects – through various processing techniques.The resulting enriched images and 3D models will be exploited in two manners: integrating them into the professional knowledge-sharing platform Europeana and developing an innovative smartphone application based on Augmented Reality. Although curators and art researches will benefit from our works, the key of INSIDDE lies in improving the experience of visitors at European museums and through the internet by increasing the digital resources at their disposal, leading to a more attractive interaction. Experts from academia, technological research centres, SMEs and end-users with large experience collaborating in international research projects constitute a well-balanced consortium, in which the participation of museums definitely plays an irreplaceable role and makes the difference between theoretical and applied results.
Because cultural heritage is one of the most valuable assets of our continent, European institutions are strongly committed with its conservation and protection, but also with its worldwide diffusion through the utilisation of digital technologies. In this context, we present INSIDDE (INtegration of cost-effective Solutions for Imaging, Detection, and Digitisation of hidden Elements in paintings) project as an innovative solution for capturing, imaging, and digitising unknown details of paintings and 3D artworks by means of terahertz technology in a unique approach, with the purpose of going beyond our present knowledge and adding value to the cultural content.A versatile, easy to configure and affordable prototype – working in different frequency bands within the THz region – will provide a complete set of images of the paintings and sealed objects, revealing complementary information about its hidden features – such as underlying contents, pigment/substance identification, brushstroke texture, defects – through various processing techniques.The resulting enriched images and 3D models will be exploited in two manners: integrating them into the professional knowledge-sharing platform Europeana and developing an innovative smartphone application based on Augmented Reality.Although curators and art researches will benefit from our works, the key of INSIDDE lies in improving the experience of visitors at European museums and through the internet by increasing the digital resources at their disposal, leading to a more attractive interaction.Experts from academia, technological research centres, SMEs and end-users with large experience collaborating in international research projects constitute a well-balanced consortium, in which the participation of museums definitely plays an irreplaceable role and makes the difference between theoretical and applied results.
Ámbito científico
Convocatoria de propuestas
FP7-ICT-2011-9
Consulte otros proyectos de esta convocatoria
Régimen de financiación
CP - Collaborative project (generic)Coordinador
33428 LLANERA ASTURIAS
España