Visualization of Documented 3D Cities

Chagnaud, Clément; Samuel, John; Servigne, Sylvie; Gesquière, Gilles

doi:10.2312/udmv.20161425

Cited by 4 publications

(2 citation statements)

References 18 publications

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“…The next possible extension is for representing the information stored in multimedia documents concerning urban evolution. Many research works propose different visualization approaches for historical photographs (Chagnaud et al, 2016;Pacheco et al, 2014;Schindler & Dellaert, 2012;Snavely et al, 2006). 2006) also proposed a system for browsing images and for answering questions like which images depicted a particular scene or which photographs were taken close to a given image.…”

Section: Multimedia Documents and User Participationmentioning

confidence: 99%

“…Pacheco et al (2014) proposed augmented reality, 3D reconstruction and visualization to allow human data interaction with cultural heritage objects using mobile devices. The approach followed in UD-SV for document integration is an extension of the functionalities proposed by Chagnaud et al (2016) that used a desktop-based solution called 3DUSE and proposed a billboard-based display for visualizing historical documents. With the participatory approach in UD-SV, users can also manually specify the link between the multimedia documents and the associated city objects.…”

Section: Multimedia Documents and User Participationmentioning

confidence: 99%

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UD‐SV: Urban data services and visualization framework for sharing multidisciplinary research

Samuel

Jaillot

Colin

et al. 2023

Transactions in GIS

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With the widespread availability of a large volume of urban data, stakeholders from different domains require advanced tools to manage, visualize and understand cities and their evolution. During the last few years, researchers have proposed numerous research works and applications to illustrate the cities of the past and possible scenarios of the future under different conditions. However, many of these approaches are one‐time solutions and not based on standards, making them obsolete and unusable for reproducible research. In this article, we present UD‐SV: an Urban data‐Services and Visualization open‐source framework for multidisciplinary research to handle complex processing, analysis, and visualization of urban data. However, our goal is not to present a one‐time monolithic software solution for urban data management and analysis, but we demonstrate the design and development of an open and interoperable software framework driven by use cases from diverse users to solve applied research challenges. The main contribution of UD‐SV is that it uses open standards and open data with documented and reproducible processes with a particular emphasis on the reuse of existing open‐source software components. We also show an enhanced use of standards to enable a shift toward components that are interchangeable or composable with other existing components in the GIS community.

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Section: Multimedia Documents and User Participationmentioning

confidence: 99%

Section: Multimedia Documents and User Participationmentioning

confidence: 99%