Published in Scientific Papers. Series E. Land Reclamation, Earth Observation & Surveying, Environmental Engineering, Vol. II
Written by Gabriel POPESCU
The work suggests the theoretical and practical experience of three international summer schools which propose to promote the new geomatics technologies, very useful for students and specialists, to solve many civil engineering works in many domains. A complete approachment of analytical and digital photogrammetric methods using CAD systems, combined with laser scanning and other non-destructive research techniques of remote sensing has the purpose of finding the best solution for surveying, inventorying, monitoring, restoration and conservation of space-objects. The benefit of combination of close-range photogrammetric methods with others geomatics and geophysics researches is that it provides a solid technical documentation of a space-object as a basis for technical rehabilitation or restoration planning, a total inventory, both quantitative and qualitative. In the framework of the photogrammetric complex process, the work refers to the computer representation techniques of space object obtained by photogrammetric methods for the processing of thematic data interpretation and their mathematical modeling. There are presented new 3D acquisition and processing procedure to map RGB, thermal IR and near infrared images (NIR). The combination and fusion of different data sources allows the generation of 3D thermal data useful for different purposes such as localization, visualization, and analysis of anomalies in contemporary architecture.
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Architecture
