4.5 Article

UAV Mapping and 3D Modeling as a Tool for Promotion and Management of the Urban Space

期刊

DRONES
卷 6, 期 5, 页码 -

出版社

MDPI
DOI: 10.3390/drones6050115

关键词

unmanned aerial vehicles; 3D modeling; photogrammetry; mapping; built environment

资金

  1. company Hellenic Petroleum

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This paper discusses the importance of using appropriate tools in urban space management and explores the impact of emerging technologies on urban development. The focus is on the role of UAVs in spatial mapping of urban areas and the goal of using collected information for 3D modeling. The research findings can be used for participatory decision-making and urban regeneration processes.
In the past few decades, the management of urban spaces with appropriate tools has been in constant discussion due to the plethora of new technologies that have emerged for participatory planning, drone mapping, photogrammetry and 3D modeling. In a multitude of situations, considerable progress has been made regarding the strategic impact of the successful use of technology for the development of urban spaces. The current era provides us with important digital tools and the opportunity to test new perspectives in the sustainable development of cities. This paper aims to explore the contribution of UAVs to the spatial mapping process of urban space, with the goal of collecting quantifiable and qualitative information to use for 3D modeling that can enable a more comprehensive understanding of the urban environment, thus facilitating urban regeneration processes. Three-dimensional models of high accuracy are not mandatory for this research. The location of the selected research area is particularly interesting due to its boundaries, urban voids and public space that can evolve through public participation. The results can be used for crowdsourcing in participatory decision-making processes and for exploring the consequences that these have on the built environment, and they can be used as a new means of involvement of citizens in local decision-making processes.

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