Federico Fallavollita
Biographic Data
| ID | 6940771 |
|---|---|
| NAME | Federico Fallavollita |
| GIVEN NAMES | Federico |
| FAMILY NAME | Fallavollita |
| SIGNATURE | FALLAVOLLITA F |
| AFFILIATIONS | University of Bologna |
| ORCID | 0000-0003-2916-0262 |
| VERIFIED | Yes |
| TOTAL WORKS | 6 |
| TOTAL CITATIONS | 8 |
| WORKS AS AUTHOR | 6 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2017 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 2 |
Reconstruction of S. Margherita Project of 1685 as designed by Agostino Barelli
Highlights: This study presents a structured methodology for the hypothetical digital 3D reconstruction of unbuilt or demolishedbuildings. The critical digital model (CDM) of the lost church of S. Margherita in Bologna designed by Agostino Barelli in 1685 was built. The reconstructive methodology is exhaustive, easily reproducible and transparent, and the 3D model is built and published in a way that is interoperableand accessible. Abstract: This…
Towards a shared and transparent methodology for hypothetical virtual reconstructions
This article presents a selection of case studies developed within the Erasmus+ project CoVHer –Computer-based Visualization of Architectural Cultural Heritage (2022–2025), alongside the underpinning methodological framework. The project focused on the digital reconstruction of architectural works that have been lost or were never built, addressing critical concerns regarding the scientific credibility, transparency, and educational value of such…
Multi-Feature Uncertainty Analysis for Urban-Scale Hypothetical 3D Reconstructions
For the hypothetical reconstruction of architectural heritage, there are still no scientific standards of reference concerning their sharing and documentation. Recent international initiatives established the basis to address this problem; however, still, much work needs to be done in order to systematise good practices for the process of reconstruction and its dissemination. This contribution aims to take a step forward in the analysis and visua…
Terminological Study for Scientific Hypothetical 3D Reconstruction
This paper presents preliminary findings from the ongoing Erasmus+ European project CoVHer, which focuses on the hypothetical virtual reconstructions of lost or unbuilt architecture. This contribution provides a critical assessment of the terminology specific to this field. A significant challenge lies in the absence of standardised terminology for many foundational aspects, which can lead to misconceptions and misunderstandings. The research beg…
Quantifying Uncertainty in Hypothetical 3D Reconstruction—A User-Independent Methodology for the Calculation of Average Uncertainty
A shared commitment to standardising the process of hypothetically reconstructing lost buildings from the past has characterised academic research in recent years and can manifest at various stages of the reconstructive process and with different perspectives. This research specifically aims to establish a user-independent and traceable procedure that can be applied at the end of the reconstructive process to quantify the average level of uncerta…
The reconstruction of drawn architecture
Among the many cases concerning the process of digital hypothetical 3D reconstruction a particular case is constituted by never realized projects and plans. They constitute projects designed and remained on paper that, albeit documented by technical drawings, they pose the typical problems that are common to all other cases. From 3D reconstructions of transformed architectures, to destroyed/lost buildings and part of towns.This case studies start…
Quantifying Uncertainty in Hypothetical 3D Reconstruction—A User-Independent Methodology for the Calculation of Average Uncertainty
A shared commitment to standardising the process of hypothetically reconstructing lost buildings from the past has characterised academic research in recent years and can manifest at various stages of the reconstructive process and with different perspectives. This research specifically aims to establish a user-independent and traceable procedure that can be applied at the end of the reconstructive process to quantify the average level of uncerta…
Terminological Study for Scientific Hypothetical 3D Reconstruction
This paper presents preliminary findings from the ongoing Erasmus+ European project CoVHer, which focuses on the hypothetical virtual reconstructions of lost or unbuilt architecture. This contribution provides a critical assessment of the terminology specific to this field. A significant challenge lies in the absence of standardised terminology for many foundational aspects, which can lead to misconceptions and misunderstandings. The research beg…
The reconstruction of drawn architecture
Among the many cases concerning the process of digital hypothetical 3D reconstruction a particular case is constituted by never realized projects and plans. They constitute projects designed and remained on paper that, albeit documented by technical drawings, they pose the typical problems that are common to all other cases. From 3D reconstructions of transformed architectures, to destroyed/lost buildings and part of towns.This case studies start…
Multi-Feature Uncertainty Analysis for Urban-Scale Hypothetical 3D Reconstructions
For the hypothetical reconstruction of architectural heritage, there are still no scientific standards of reference concerning their sharing and documentation. Recent international initiatives established the basis to address this problem; however, still, much work needs to be done in order to systematise good practices for the process of reconstruction and its dissemination. This contribution aims to take a step forward in the analysis and visua…
Terminological Study for Scientific Hypothetical 3D Reconstruction
This paper presents preliminary findings from the ongoing Erasmus+ European project CoVHer, which focuses on the hypothetical virtual reconstructions of lost or unbuilt architecture. This contribution provides a critical assessment of the terminology specific to this field. A significant challenge lies in the absence of standardised terminology for many foundational aspects, which can lead to misconceptions and misunderstandings. The research beg…
Quantifying Uncertainty in Hypothetical 3D Reconstruction—A User-Independent Methodology for the Calculation of Average Uncertainty
A shared commitment to standardising the process of hypothetically reconstructing lost buildings from the past has characterised academic research in recent years and can manifest at various stages of the reconstructive process and with different perspectives. This research specifically aims to establish a user-independent and traceable procedure that can be applied at the end of the reconstructive process to quantify the average level of uncerta…
Reconstruction of S. Margherita Project of 1685 as designed by Agostino Barelli
Highlights: This study presents a structured methodology for the hypothetical digital 3D reconstruction of unbuilt or demolishedbuildings. The critical digital model (CDM) of the lost church of S. Margherita in Bologna designed by Agostino Barelli in 1685 was built. The reconstructive methodology is exhaustive, easily reproducible and transparent, and the 3D model is built and published in a way that is interoperableand accessible. Abstract: This…
Towards a shared and transparent methodology for hypothetical virtual reconstructions
This article presents a selection of case studies developed within the Erasmus+ project CoVHer –Computer-based Visualization of Architectural Cultural Heritage (2022–2025), alongside the underpinning methodological framework. The project focused on the digital reconstruction of architectural works that have been lost or were never built, addressing critical concerns regarding the scientific credibility, transparency, and educational value of such…
Computer Science (6 works) · 3D Surveying and Cultural Heritage (5 works) · Data science (3 works) · Engineering (3 works) · Archaeology (2 works) · Conservation Techniques and Studies (2 works) · Cultural heritage (2 works) · Documentation (2 works) · Geography (2 works) · Remote Sensing and LiDAR Applications (2 works)