3D Models for Spatial Analysis and Landscape Visualization
A special issue of ISPRS International Journal of Geo-Information (ISSN 2220-9964).
Deadline for manuscript submissions: closed (31 October 2021) | Viewed by 6162
Special Issue Editor
Interests: GIS; risk assessment; soil studies; spatial planning
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Three-dimensional generation, representation, and visualization of spatial reality by integrating georeferenced databases into GIS has proved highly applicable in many fields when aiming to analyze process or phenomenon dynamics or simulate the integrated development of territory, based on virtual reality. The diverse applicability of 3D models in scientific research entails different types of management, depending on the purpose and software used in analysis, thus leading to a wide variety of output database types and standardized structures, which would be integrated into specific platforms. However, the greatest challenge is to successfully create databases and construct methodologies to achieve standardized 3D models to be used for visualization and in modeling for integrated territorial analysis and derivation of secondary databases. Challenges are mainly related to the processing capabilities of computing technology, vector and raster data acquisition, possible process errors, and relation and compatibility of spatial digital data that are used for generating the final 3D models. All these emphasize the difficulties in the realization of 3D models given the multiple factors that must be considered. Modeling is therefore subject to a certain degree of subjectivity, hence the absolute need for highly accurate and correct three-dimensional models to be created and used in specialized research.
This Special Issue aims to publish research studies on the creation of 3D models based on case studies in various fields such as geography, spatial planning, agronomy, geology, engineering, hydrology, urbanism, construction industry, virtual and augmented reality, etc. Another main purpose of this Special Issue is to highlight possible errors that can occur in the modeling process and methodology construction to achieve a standardized realization of 3D models for integrated analysis and dynamic visualization of the territory and built environment.
Assoc. Prof. Dr. Ștefan Bilașco
Guest Editor
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Keywords
- 3D model
- structure for motion
- UAV
- 3D database
- 3D landscape mapping
- 3D landscape dissemination
- 3D landscape management
- 3D landscape structure
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