<p>Image (a) shows a 3D reconstruction of a root system (using a visual hull algorithm) where the ellipse fitting step has been carried out without application of the data augmentation algorithm. Image (b), on the other hand, shows an improved 3D reconstruction as a consequence of the data augmentation algorithm in the ellipse fitting step.</p
<p>(A) Video images have the average background subtracted and are then filtered to amplify and loca...
We present an ellipse finding and fitting algorithm that uses points and tangents, rather than just ...
We present a robust method for automatically constructing an ellipsoidal skeleton (e-skeleton) from ...
<p>The black symbols depict incomplete data sets of captured locations of two root tips (identified ...
3D reconstruction is a large area of investigation. The accuracy of the 3D geometry may be dynamical...
The classic feature matching process has two drawbacks. Firstly, ambiguous but possibly correct matc...
We study the 3D reconstruction of plant roots from multiple 2D images. To meet the challenge caused ...
This paper describes a technique used to approximate the surface of an object’s visual hull. The hul...
This paper studies numerical schemes for fitting an ellipse to points in an image. First, the proble...
This paper discusses an improvement to the Mesh-Assisted Structure from Motion algorithm. Mesh-Assis...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We investigates fitting a surface to an object using blobby models as a coarse level approximation. ...
Least square fitting of quadratic surfaces is a fundamental problem in pattern recognition, computer...
The paper describes the combination of several novel algorithms into a system that obtains visual mo...
This paper presents a new method for fitting an ellipse to a point sequence extracted from images. I...
<p>(A) Video images have the average background subtracted and are then filtered to amplify and loca...
We present an ellipse finding and fitting algorithm that uses points and tangents, rather than just ...
We present a robust method for automatically constructing an ellipsoidal skeleton (e-skeleton) from ...
<p>The black symbols depict incomplete data sets of captured locations of two root tips (identified ...
3D reconstruction is a large area of investigation. The accuracy of the 3D geometry may be dynamical...
The classic feature matching process has two drawbacks. Firstly, ambiguous but possibly correct matc...
We study the 3D reconstruction of plant roots from multiple 2D images. To meet the challenge caused ...
This paper describes a technique used to approximate the surface of an object’s visual hull. The hul...
This paper studies numerical schemes for fitting an ellipse to points in an image. First, the proble...
This paper discusses an improvement to the Mesh-Assisted Structure from Motion algorithm. Mesh-Assis...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We investigates fitting a surface to an object using blobby models as a coarse level approximation. ...
Least square fitting of quadratic surfaces is a fundamental problem in pattern recognition, computer...
The paper describes the combination of several novel algorithms into a system that obtains visual mo...
This paper presents a new method for fitting an ellipse to a point sequence extracted from images. I...
<p>(A) Video images have the average background subtracted and are then filtered to amplify and loca...
We present an ellipse finding and fitting algorithm that uses points and tangents, rather than just ...
We present a robust method for automatically constructing an ellipsoidal skeleton (e-skeleton) from ...