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3D reconstruction of toys based on adaptive scaled neural radiation field. [PDF]

PeerJ Comput Sci
Zou J, Liu S, Wang F, Ni W, Ye S.
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3D Reconstruction of Urban Areas

2011 International Conference on 3D Imaging, Modeling, Processing, Visualization and Transmission, 2011
Virtual representations of real world areas are increasingly being employed in a variety of different applications such as urban planning, personnel training, simulations, etc. Despite the increasing demand for such realistic 3D representations, it still remains a very hard and often manual process.
Charalambos Poullis, Suya You
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3D reconstruction: The registration problem

Computer Vision, Graphics, and Image Processing, 1988
Abstract Three dimensional (3D) reconstruction of serial sections through biological tissue is a very important method for visualizing and quantifying the 3D relationships between internal structures. This project involves the automation of the 3D reconstruction process, focusing on the problem of registering or aligning successive serial sections ...
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Stereo reconstruction of 3D curves

Proceedings 15th International Conference on Pattern Recognition. ICPR-2000, 2002
Presents a method, based on curve evolution, for the reconstruction of a 3D curve from two different projections. Given two views of some 3D curve, we propose to recover the curve minimizing an energy functional. Following the work on geodesic active contour by Caselles et al.
Catalina Sbert, Andres Fco. Solé
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3D reconstruction of 2D crystals

Proceedings of the 49th Annual Southeast Regional Conference, 2011
High Resolution three-dimensional (3D) reconstruction of several proteins has been achieved from two-dimensional (2D) crystals by electron crystallography structure determination. However, for badly ordered 2D crystals, especially non-flat crystals, Fourier-filtering based methods fail, while single particle processing approaches can produce ...
Xiangyan Zeng, James Ervin Glover, Owen Hughes, Henning Stahlberg   +3 more
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3D Reconstruction of the Mouse's Mesonephros

Anatomia, Histologia, Embryologia, 1998
SummaryThe present work reports on the three‐dimensional reconstruction of the segmented mesonephros during the embryonic development of the mouse. With a light microscope and an automatic reconstruction of surfaces, aspects of the mesonephros are described. These surfaces are obtained by using digitized contour lines. A new interpolation method called
Vazquez, Marie-Danielle, Bouchet, Pierre, Mallet, Jean-Laurent, Foliguet, Bernard, Gerard, Hubert, Le Heup, Bruno   +5 more
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Dense Semantic 3D Reconstruction

IEEE Transactions on Pattern Analysis and Machine Intelligence, 2017
Both image segmentation and dense 3D modeling from images represent an intrinsically ill-posed problem. Strong regularizers are therefore required to constrain the solutions from being 'too noisy'. These priors generally yield overly smooth reconstructions and/or segmentations in certain regions while they fail to constrain the solution sufficiently in
Christian Hane, Christopher Zach, Andrea Cohen, Marc Pollefeys   +3 more
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Multiview 3D reconstruction in geosciences

Computers & Geosciences, 2012
Multiview three-dimensional (3D) reconstruction is a technology that allows the creation of 3D models of a given scenario from a series of overlapping pictures taken using consumer-grade digital cameras. This type of 3D reconstruction is facilitated by freely available software, which does not require expert-level skills.
Massimiliano Favalli, Alessandro Fornaciai, Ilaria Isola, Simone Tarquini, Luca Nannipieri   +4 more
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3D-Copies of Surface-Reconstructed 3D-Models

1991
An automated surface-reconstruction procedure to build 3D-copies of 3D-objects has been developed. The 3D-reconstruction is derived from several adjacent Magnetic Resonance Imaging (MRI) slices where the object outer boundaries are first detected, thinned and finally vectorized using Freeman chain-encoding techniques.
Abdelhakim Ghezal, Peter Stucki
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Aspects of 3D shape reconstruction

SPIE Proceedings, 2009
The ability to reconstruct the three dimensional (3D) shape of an object from multiple images of that object is an important step in certain computer vision and object recognition tasks. The images in question can range from 2D optical images to 1D radar range profiles.
Peter F. Stiller, Gregory Arnold, Matthew Ferrara   +2 more
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