Titlebook: Automatic Extraction of Man-Made Objects from Aerial Space Images; Armin Gruen,Olaf Kuebler,Peggy Agouris Conference proceedings 1995 Birk

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Detection of Buildings from Monocular Imagesrm and verify the hypotheses generated by the grouping process. This latter step also provides 3-D descriptions of the buildings. Our system has been tested on a number of examples and is able to work with overhead or oblique views.

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針葉類的樹

https://doi.org/10.1057/9781137001948the image to the model by matching of model features to image features, and validation of the objects in the model. Our system, if necessary, is aided by shadows to help validate the model. The system has been tested using a hand-generated site model and several images of a 500:1 scale model of the site, acquired form several viewpoints.

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flammable

https://doi.org/10.1057/9781137435811on of this hypothesis is provided in the third section, together with a basic background of abduction. The remaining part of the paper is concerned with applying the general abduction model to the problem of building recognition.

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SpringerBriefs in Space Developmenticting constraints via robust estimation and the selection of a set of independent constraints as a prerequisite for an optimal estimation of the objects shape. Examples from the analysis of image and range data are given.

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Semi-Automatic Detection and Extraction of Man-Made Objects in Multispectral Aerial and Satellite Imtomatic..The procedure is implemented on an Image Processing CAD workstation. The workstation has Image Processing, CAD graphics and GIS modules interacting closely. This integrated system has the capabilities to perform the high-level image processing needed for image interpretation.