Cloud-based 3D Reconstruction of Cultural Heritage Monuments using Open Access Image Repositories

Interior light probes are acquired from a real scene, then used to shoot light onto the virtual scene geometry to accelerate image synthesis by assuming the light sources shot act

CyArk’s mission statement is “Preserving cultural herit- age sites through collecting, archiving and providing open access to data created by 3D laser scanning, digital mod-

We have presented a simple, robust and fully parallelisable software tool which searches for images on Open Access Im- age Repositories based on user-defined keywords and

2D/3D Semantic Annotation of Spatialized Images for the Documentation and Analysis of Cultural Heritage.. De

Scan4Reco: Towards the digitized conservation of Cultural Heritage Assets via spatiotemporal (4D) Reconstruction and 3D Printing.. Nikolaos Dimitriou, Anastasios Drosou and

In order to interpret and infer the structure of a given cultural heritage site, we use a mix of data such as site photographs and floor plans, and then we allow user to manually

Moreover, in addition to training with normal face images, we also train face detector models using shading images (which ignore albedo) and renderings of 3D face models, which

First, we reconstruct 3D point clouds of the hidden reliefs from these photos and predict the pixel-wise depth information for each of them using a deep neural network model.. We