Archaeologists mostly have very specific requirements when interested in digital terrain models. Niche solutions are in demand when common ways and means do not meet these requirements. The vectorization of contour lines in paper maps is a proven method of data acquisition. Terrestrial stereophotogrammetry is another method that provides a huge amount of up-to-date data. Moreover, it reduces the time of necessary fieldwork to a minimum. The present paper explains how to combine these two methods for a digital terrain model. Key words: digital terrain model, terrestrial stereophotogrammetr
The integration of airborne imagery, derived from video and digital camera imagery, with terrain dat...
Digital terrain models (DTMs) today are a major component of geographie information Systems (GIS). T...
The paper presents how terrestrial laser scanning (TLS) and terrestrial digital photogrammetry were ...
Geological sciences have recently utilized a wide range of numerical methods to collect, analyze, vi...
This paper proposes a new algorithm for automatic digital terrain model (DTM) generation from high r...
Flat studies showing terrain (e.g. in form of maps) do not fully reflect its nature. Planning or des...
The article discusses the construction of a digital terrain model in various programs, which will be...
The article discusses the construction of a digital terrain model in various programs, which will be...
The generalization of application of digital tools for managing, mapping and updating geological dat...
With the development of specialized software applications it was possible to approach and resolve co...
The paper presents how terrestrial laser scanning (TLS) and terrestrial digital photogrammetry were ...
For geographical applications such as run-off models, 3D visualisation, simulations and visibility a...
Photogrammetric procedures for digital terrain model (DTM) data determination fall into a number of ...
Summarization: This paper presents a method that has been developed for creating perspective relief ...
The integration of airborne imagery, derived from video and digital camera imagery, with terrain dat...
The integration of airborne imagery, derived from video and digital camera imagery, with terrain dat...
Digital terrain models (DTMs) today are a major component of geographie information Systems (GIS). T...
The paper presents how terrestrial laser scanning (TLS) and terrestrial digital photogrammetry were ...
Geological sciences have recently utilized a wide range of numerical methods to collect, analyze, vi...
This paper proposes a new algorithm for automatic digital terrain model (DTM) generation from high r...
Flat studies showing terrain (e.g. in form of maps) do not fully reflect its nature. Planning or des...
The article discusses the construction of a digital terrain model in various programs, which will be...
The article discusses the construction of a digital terrain model in various programs, which will be...
The generalization of application of digital tools for managing, mapping and updating geological dat...
With the development of specialized software applications it was possible to approach and resolve co...
The paper presents how terrestrial laser scanning (TLS) and terrestrial digital photogrammetry were ...
For geographical applications such as run-off models, 3D visualisation, simulations and visibility a...
Photogrammetric procedures for digital terrain model (DTM) data determination fall into a number of ...
Summarization: This paper presents a method that has been developed for creating perspective relief ...
The integration of airborne imagery, derived from video and digital camera imagery, with terrain dat...
The integration of airborne imagery, derived from video and digital camera imagery, with terrain dat...
Digital terrain models (DTMs) today are a major component of geographie information Systems (GIS). T...
The paper presents how terrestrial laser scanning (TLS) and terrestrial digital photogrammetry were ...