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3D Mapping

Increased overlap parameters, both in the case of vertical and oblique imagery, make it possible to create 3D Mesh Models presenting realistic images of facades. Such an effect owes to stereo-matching algorithms (finding corresponding points in all aerial images), aided by LiDAR data. 3D Models lend themselves well to urban planning and management.
Increased overlap parameters, both in the case of vertical and oblique imagery, make it possible to create 3D Mesh Models presenting realistic images of facades. Such an effect owes to stereo-matching algorithms (finding corresponding points in all aerial images), aided by LiDAR data. 3D Models lend themselves well to urban planning and management.

3D Geospatial Data Processing

Resolution: 5cm

Project area: 220km²

Duration: 11 months

Output: 3D model

Application: Urban planning

From: Wuxi Municipal Bureau of Land and Resources

Application of 3D Geospatial Data Processing

◆ Transportation Network

◆ Water, Sewage Pipelines

◆ Natural & artificial drainage

◆ Land use plans

◆ Segregation of conflicting land uses

◆ Urban Design

◆ Landscaping

◆ Urban Morphology

◆ Green & open spaces

◆ Mass & void maps


Break The Limits of Land Planning

Development plans of cities are still considered as equivalent to 2D land use plans. It restricts the experts in various manner thus much needed details and information about developments are missed out frequently. The development does not take place as per the proposed plans and thus a stark difference is seen once the growth takes place. 


3D modeling can help with this very problem since the development, density & land use colour coding can be seen & studied in combination. This will help reduce the differences in proposed & actual development.


Feiyan Technology would like to offer you high efficiency 3D Geospatial Data Processing with self-developed processing software and high processing accuracy. We will be your close partner on land planning and management. Contact us to get solution on 3D data processing.





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