Multi-platform Collaboration for City 3D Modelling: Photogrammetric and Remote Sensing Satellite, Aerial, Terrestrial, and UAV Data
A special issue of Remote Sensing (ISSN 2072-4292). This special issue belongs to the section "Urban Remote Sensing".
Deadline for manuscript submissions: 1 February 2025 | Viewed by 1002
Special Issue Editors
Interests: geospatial data; 3D modelling; data integration; UAV; LiDAR; TLS; MLS; photogrammetry; BIM
Interests: photogrammetry; terrestrial laser scanner; remote sensing; geographic information system; UAV; cultural heritage; heritage; building information modeling
Special Issues, Collections and Topics in MDPI journals
Interests: engineering surveying; geospatial data; displacement and deformation; 3D modelling; TLS; BIM
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
In light of dynamic urbanisation, multi-dimensional modelling of cities is becoming an essential tool for urban space analysis, especially considering the growing popularity of the smart city concept. Photogrammetric and remote-sensing data that provide digital and spatial information are a reliable source of input for 3D models. Furthermore, by integrating spatial data from various sources, researchers can generate accurate and complete 3D projects not only of individual objects and buildings but also entire estates, districts, cities, and regions. Multi-platform measurements can yield comprehensive and coherent object information, from generalised (but extensive) satellite data to aerial and UAV information to precise (but small-scale) in situ surveys. Multifaceted integration of data from multi-platform collaborated measurements, spatial databases, maps, and photogrammetric and remote-sensing satellite, aerial, and UAV data aims to yield a comprehensive image of the spatial structure of places and objects. The expected accuracy and quality of 3D models necessitate the right measuring tool, input data type, processing, and methods and tools for generating the results. Three-dimensional building models are generated for purposes of smart city planning, BIM, or multi-dimensional cartography. Such models of buildings or even entire cities facilitate numerous spatial analyses necessary in civil engineering, spatial planning, city planning, architecture, or construction.
This Special Issue aims to collect and systematise knowledge, experience, and insights concerning 3D city modelling and multi-platform data integration. Satellite, aerial, UAV, and terrestrial surveying platforms are sources of photogrammetric and remote-sensing data. The information is the underpinning for generating high-accuracy and high-quality 3D models.
This Special Issue of Remote Sensing also aims to present research and developmental studies on 3D modelling, Earth sciences, civil engineering, and city and spatial planning that employ photogrammetric and remote-sensing data.
Articles for this Special Issue should focus on (geo)spatial data in general: their acquisition with various methods, techniques, and tools, processing, and use in 3D modelling, maps, and multi-dimensional projects concerning city modelling and smart city. The suggested themes can include the synergy of data from various sensors, databases, and photogrammetric, remote-sensing, engineering cartographic, and GIS inputs.
The suggested article types for this Special Issue include Article (original research manuscripts), Review (a comprehensive analysis of the existing literature within a field of study, identifying current gaps or problems), and Technical Note (brief articles focused on a new technique, method, or procedure).
Prof. Dr. Przemysław Klapa
Prof. Dr. Massimiliano Pepe
Dr. Pelagia Gawronek
Dr. Peter Kyseľ
Guest Editors
Manuscript Submission Information
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Keywords
- 3D modelling
- smart cities
- integration of geospatial data
- UAV
- laser scanning (SLS, ALS, MLS, TLS)
- photogrammetry and remote sensing
- land management
- land surveying
- civil engineering
- multi-dimensional cartography
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