Search results for "Terre"

Préface

2015

Il Belice e la messa in sicurezza del centro di Palermo

2009

Camerino, un anno dopo

2018

Le tematiche e le riflessioni affrontate nella XXVII edizione del ‘Seminario Internazionale e Premio di Architettura e Cultura Urbana’ hanno indagato su alcuni aspetti del fare architettura che hanno trovato nuovi stimoli nei due termini Ricostruzione e Innovazione che caratterizzano il titolo del Seminario. È fuor di dubbio che le vicende disastrose dovute al sisma del 2016, che ha colpito il Centro Italia e anche la nostra Camerino, sono racchiuse nel primo termine Ricostruzione e sono state motivo di confronto durante il Seminario fra studiosi, allievi e professionisti. Infatti, la partecipazione di alcuni allievi con i loro progetti, che indagano sulle strutture temporanee per l’emergen…

Terremoto e ricostruzione a Ragusa (dubrovnik) nel 1520

2009

Terremoto e ricostruzione a Ragusa nel 1520

2012

L'articolo traccia un sintetico quadro dei danni riportati dal patrimonio architettonico della repubblica di Ragusa in Dalmazia in occasione del terremoto che la colpì nel 1520, analizzando le modalità di gestione dell'emergenza e i cantieri di ricostruzione avviati dopo il sisma.

Manifiesto que hace... Fr. Geronimo Vilar, monge cisterciense, Presidente mayor de la Real Casa de S. Vicente de la Roqueta ... y Mayoral de las Pobl…

1745

Port. orlada Escut calc. del Monestir de Poblet a la port. Caplletra ornada al començament del text Sign.: [ ]1, A-G2, I1 Text amb postil·les marginals Reclams

Surveying in the Valley of the Temples

2014

Full-waveform terrestrial laser scanning enables high-precision 3D topographic modelling of unstable rock valleys that is valuable for various geomorphological investigations. The area below the archaeological site of Temple of Juno in Agrigento, Sicily, is characterised by the presence of large sections of rock that have fallen down from the upper ridge. In this context, full-waveform laser scanning technology was tested for the production of a highly detailed 3D topographic model at two resolutions (2cm and 20cm) for simulating potential rockfall paths at the site.

Latest developments in rock art recording: towards an integral documentation of Levantine rock art sites combining 2D and 3D recording techniques

2013

This paper presents a further step in the integral documentation of prehistoric rock art, combining 2D and 3D digital recording techniques. Image processing and digital enhancement techniques are an invaluable aid to obtain high quality and accurate 2D recordings, especially when working with faint motifs or complex superimpositions. But what constitutes a real breakthrough is the possibility of combining 2D digital tracings with metric 3D models, providing a whole set of metric outputs that improve our understanding of the motifs in their context and, at the same time, can be used to deliver accurate metric reproductions. The Levantine rock art at Cingle de la Mola Remigia (Ares del Maestr…

Automatic orientation and 3D modelling from markerless rock art imagery

2013

This paper investigates the use of two detectors and descriptors on image pyramids for automatic image orientation and generation of 3D models. The detectors and descriptors replace manual measurements and are used to detect, extract and match features across multiple imagery. The Scale-Invariant Feature Transform (SIFT) and the Speeded Up Robust Features (SURF) will be assessed based on speed, number of features, matched features, and precision in image and object space depending on the adopted hierarchical matching scheme. The influence of applying in addition Area Based Matching (ABM) with normalised cross-correlation (NCC) and least squares matching (LSM) is also investigated. The pipel…

Range-based versus automated markerless image-based techniques for rock art documentation

2014

Nowadays there is a huge proliferation of fully automatic image-based solutions producing either three-dimensional (3D) point clouds or 3D models. However, the reliability of the output is not usually reported and clarified. This paper presents a comparison of the 3D modelling results achieved on two rock art shelters at separate archaeological sites using a high-resolution digital camera. The 3D point clouds were produced using automatic image-based photogrammetric and computer vision software running either locally (FOTOGIFLE and VisualSFM) or through a webbased reconstruction service (Autodesk 123D Catch). The first two automatic approaches are compared with a manual bundle block adjustm…