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The attention to methods, development and practices of heritage management is a characteristic feature of APS Una Quantum inc, who has contributed to the development of two QGIS Plugins, Pyarchinit and ArcheoloGis, and since 2021 has been promulgating the dissemination of Extended Matrix, CNR's FOSS software for the documentation and 3D reconstruction of archaeological heritage. The conference will be divided into three sessions, representing the thematic areas relevant to historical, artistic and Cultural Heritage: museums and archaeological parks, territory and remote sensing, and digital archaeology. Following to the introduction by the curators, the conference will continue by hosting speakers, who are representatives of the professional realities of the Association: researchers, designers, industry companies, and freelancers. Each speaker will have 20 minutes, and at the end of each session, discussion going to be followed in roundtable mode. The conference that will take place is provided thanks to a grant by the General Directorate of Education, Research and Cultural Institutions of the Ministry of Culture.

The research deals with the different image vectorialization techniques for the development of reliable drawings on mosaic systems. Following the restoration of the floor mosaics of the Basilica of the Nativity in Bethlehem, surveys were conducted with digital technologies that produced a 3D database on considerable mosaic surfaces. The problem of the graphic representation, linked to the drawing of these systems, concerns both the optimization of the methodological processes to the advantage of a more performing drawing activity, and the definition of the appropriate languages to satisfy requirements related to the documentation and the work restoration. Technical drawers have worked alongside restorers to produce technical drawings and a model from which interact with the mosaic system, developing an informative model that can facilitate construction activities and, at the same time, enhance the entire artwork.

The archaeological survey is carried out by com-bining the study and observation of material rea-lity with the in-depth study of historical sources, thus allowing to “translate” the signs of history into drawings, or rather as complex represen-tations of an embedded system of information. The MRP-Masada Research Project was deve-loped by the Joint Inter-University Laboratory Landscaper,Survey & Design with the aim of ex-perimenting with various digital technologies in order to create a complete digital documenta-tion of the important archaeological site, now protected by UNESCO. The paper describes the case study of the virtual 3D reconstruction of the F2 Roman camp, so-called “Campo del Generale Silva” and the potentialities that 3d models offer in terms of communication and dissemination of the Archaeological Heritage.

El proyecto que aquí se presenta es fruto de la colaboración establecida entre el Laboratorio DAda Lab (Drawing Architecture DocumentAction Laboratory) de la Universidad de Pavía y el Laboratorio SMlab (Survey and Modelling Lab of Architectural Heritage) de la Universidad de Granada, junto al inestimable apoyo recibido por parte del Patronato de la Alhambra y el Generalife. Numerosos profesores e investigadores han participado en este proyecto multidisciplinar que tomando como referente el Palacio del Generalife, se propuso una reflexión teórica y práctica del levantamiento arquitectónico digital, que ha permitido confrontar los distintos formatos de datos tridimensionales en cuanto a su capacidad para ser interpretados en el proceso de conservación y gestión del patrimonio arquitectónico. Las experiencias obtenidas en los diferentes procesos de levantamiento se completaron con un riguroso análisis histórico de la evolución formal y constructiva del Generalife a partir del cual ha sido posible efectuar la valoración crítica posterior., The project here presented is the result of the collaboration established between the Laboratory DAda Lab (Drawing and Architecture DocumentAction Laboratory) of the University of Pavia and the Laboratory SMlab (Survey and Modeling Lab of Architectural Heritage) of the University of Granada, together with the invaluable support received from the Board of the Alhambra and the Generalife. Several professors and researchers have participated in this multidisciplinary project that, using the Generalife as a test, proposed a theoretical and practical methodology about the digital architectural survey, which has allowed to compare the different three-dimensional data formats in terms of their capacity to be interpreted in the process of conservation and management of architectural heritage. The experiences obtained in the different survey processes were completed with a rigorous historical analysis of the formal and constructive evolution of the Generalife, from which it has been possible to carry out the subsequent critical assessment.

100 edificios del siglo xx. The Now Institute (Por Carlos Montes Serrano) pp. 4-5.-- Báez Mezquita, Juan Manuel. Miradas (2010-2019) (Por Daniel López Bragado) pp.5-6.-- Paisajes expositivos. De Coca Leicher, José. El recinto ferial de la Casa de Campo de Madrid (Por Eduardo Carazo Lefort) pp.6-7.-- Garcia Bueno, Antonio y Medina Granados, Karina. La Semiótica en la Arquitectura. El lenguaje arquitectónico (Por Luis Agustín Hernández) pp.7-8.-- Ippolito, Alfonso. La Scarzuola tra idea e costruzione. Rappresentazione e analisi di un simbolo tramutato in pietra (Por Mario Docci) pp.8-9.-- Jerez Abajo, Enrique y Delgado Orusco, Eduardo. Paisaje y artificio. El Mausoleo para Félix Rodríguez de la Fuente en Burgos (Por Álvaro Moral García) pp.10.-- D-SITE Drones - Sistemas de Información sobre el Patrimonio Cultural (Por Sandro Parrinello y Salvatore Barba) pp. 11.-- Vito Cardone (Nápoles 1947-2019) In Memoriam (Por Carlos Montes y Pilar Chías) pp.12-13.-- CRÓNICA DE UNA CELEBRACIÓN Y EL RECUERDO DE UNOS RECUERDOS (Por José María Gentil Baldrich) pp. 14-17.

The paper deals with the documentation of Upper Kama’s traditional architecture in order to develop large-scale renewal plans. The territory represents a border between Eastern and Western Russia and a meeting point for European and Asian culture. The Region preserves several examples of a distinctive provincial architecture, rich in orthodox complexes and neoclassical industrial settlements of the eighteen century. In 1606, Nikita Stroganov founded Usolye, a commercial outpost for the production of salt in the Urals. The project takes its Historic Centre as a case study for the development of a methodological approach. The entire Upper Kama heritage is currently experiencing a period of decay and abandonment, which is leading to the disappearing of several important settlements. The aim of the research is to develop a digital database containing necessary information regarding the state of preservation and providing important instruments for renewal plans and valorization., Restauro Archeologico, Vol. 26 No. 1 (2018)

This article presents research activities conducted on several rooms as part of the extension project of the Grandi Uffizi Museum in Florence (Italy). The research addresses survey methods for monitoring the static performance and evaluating the structural plastic deformations of vaulted systems and architectural elements, mostly subjected to structural reinforcements. In order to achieve positive results, the most appropriate 2D and 3D graphic representation methods have been identified, to enable the realization of detailed, technical documents. Laser scanner survey activities have been executed along with photo-modeling and extensive photographic documentation, crucial for the operations of photogrammetry and photomapping reconstructions. Post-production and data processing steps have produced substantial documentation of graphic materials through the development of floor plans, detailed measurements of series of sections, photomap reconstructions and 3D simulations. The thrust of the innovative research deals with the development of 3D computational models by implementing and refining reverse engineering processes for the simulating the static performance and plastic deformations that overlap the various stages of each investigation. These monitoring techniques have made it possible to determine the effect of the consolidation interventions operated, through a progressive implementation of the point cloud. The opportunity to follow the construction site from 2010 until now has contributed significantly to the enhancement and refinement of these detection and representation techniques, enabling the development of new operational methods with higher metric reliability to support the activities that such a sophisticated construction site as the Grandi Uffizi in Florence represents. The article presents additional applications of survey methods not only related to the main topic of Sara Porzilli's Marie S. Curie research. Even if the location of the object analyzed is not in Finland, still there are many applications and procedures which will help for sure also the analysis which Sara Porzilli is collecting for her research. At the Uffizi Museum she has survey and work on wooden roof structures and different methods for the post production of results. &nbsp

The paper is a summary of some studies that have focused on the documentation for the restoration and enhancement of the Fort San Lorenzo el Real del Chagres in Panama. The aim of the project is to develop an experimental methodology for the creation of descriptive atlases with an informative and reliable metric survey systems; a documentary corpus necessary for the understanding of the historical events which have affected this place, today declared UNESCO heritage, and for the definition of guidelines for restoration and enhancement. The monument is unique for both the special relationship with the surrounding context for defensive strategies terms, and for the deep connection with the events that have affected not only the colonization and development of Panama, but the entire Central America. From the first project of a "Castillo" to the creation of present's fortified fortress overlooking the outfall of the Chagres River, the paper is going to explain the major historical events that have influenced the image of the building, illustrating the documentation and the recovery project., Restauro Archeologico, Vol. 25 No. 1 (2017)

Firenze Architettura, Vol. 20 No. 2 (2016)

The city of Pavia, longbard capital, is characterized between its historical and artistic values also in the identity of fortified city. The presence of a military wall system originates from the Roman foundation, evolving through the Middle Ages and the Spanish domination with the development of three different circles around the historic center, background of central political events in Italian history in Europe. Through its morphological, stylistic and monumental features, the city wall and gates have influenced urban development and civil and religious heritage, developing a deep system of interaction between city, population and history that has left a marked sign both in the architectural form and in local cultural traditional systems. The implementation of Post-War Regulatory Plans has led to expansion policies careless of the fortified historical identity of the city, sacrificing military memory in terms of expansion and infrastructural actions and leaving to destruction the remaining ruins. In the context of enhancement of Pavia "historical city" identity, the cultural promotion goes through proposals for digital investigation and 3D Structure from Motion documentation of ancient urban walls, with morphological and architectural systems of analysis integrated to historical research, identifying protocols of Virtualization towards possible restoration, urban recovery and cultural enhancement actions.