Photogrammetry is used to determine the geometric (size, position, and shape) properties of an object using photographs. It is used in fields as varied as engineering, manufacturing, geology, archaeology, architecture, and many others.
Photogrammetry involves the process of making measurements from photographs. It uses photographs to create 3D models of an object or scene by analyzing the spatial relationship between objects within the images. This technique is commonly used in various industries such as surveying, mapping, Archaeology, and architecture.
Analytical photogrammetry was developed in the early 20th century and involved manual measurement of photographs to create accurate maps and models. Digital photogrammetry emerged in the 1980s with the advancement of computer technology, allowing for more efficient processing of images and automation of measurements. Today, digital photogrammetry is widely used in various industries for applications such as surveying, mapping, and 3D modeling.
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Wilfried Linder has written: 'Digital photogrammetry' -- subject(s): Image processing, Aerial photogrammetry, Digital techniques
1981AD
Photogrammetry
You must pass ssc
photogrammetry
Edward M. Mikhail has written: 'Analysis and adjustment of survey measurements' -- subject(s): Mensuration, Surveying 'Introduction to modern photogrammetry' -- subject(s): Photogrammetry
Kevin George Coulton has written: 'Stream gaging using 35-mm close-range photogrammetry' -- subject(s): Photogrammetry, Photographic measurements, Rivers
in fact it is topographic map produced by means of aerial photogrammetry.
Francis H. Moffitt has written: 'Photogrammetry' -- subject(s): Photogrammetry 'Solutions manual to accompany Surveying, nineth [i.e. ninth] edition' 'Surveying' -- subject(s): Surveying
Reino Antero Hirvonen has written: 'Matemaattinen geodesia' -- subject(s): Mathematics, Geodesy 'Adjustment by least squares in geodesy and photogrammetry' -- subject(s): Photogrammetry, Least squares, Geodesy