Measuring volume and surface area of objects given its digitizations are important problems in 3D image analysis. Good estimators should be multigrid convergent, i.e. the error goes to zero with increasing sampling density. We will give such estimators both for volume and for surface area estimation based on simple counting of voxels.
An efficient surface area evaluation method is introduced by using smooth surface reconstruction for...
This electronic version was submitted by the student author. The certified thesis is available in th...
In this letter, we present a new 3D statistical method for surface detection which provides improvem...
A sampling design of local stereology is combined with a method from digital stereology to yield a n...
Consider a complex, highly convoluted three-dimensional object that has been digitized and is availa...
The use of 3D Range Imaging has widespread applications. One of its applications provides us the inf...
Abstract. We consider selected geometric properties of 2D or 3D sets, given in form of binary digita...
Measurement of complex surfaces without touching is desirable in several fields. This arises mainly ...
The objective of current work is nondestructive measurement of surface area of regular or irregular ...
3D image acquisition devices are now ubiquitous in many domains of science, including biomedical ima...
A new image analysis method, called contiguous volume analysis, has been developed to automatically ...
We demonstrate that the volume enclosed by triangulated surfaces can be computed eÆciently in the sa...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
In the last years, measuring sensors like the TOF or optical-based terrestrial laser scanners have b...
An efficient surface area evaluation method is introduced by using smooth surface reconstruction for...
This electronic version was submitted by the student author. The certified thesis is available in th...
In this letter, we present a new 3D statistical method for surface detection which provides improvem...
A sampling design of local stereology is combined with a method from digital stereology to yield a n...
Consider a complex, highly convoluted three-dimensional object that has been digitized and is availa...
The use of 3D Range Imaging has widespread applications. One of its applications provides us the inf...
Abstract. We consider selected geometric properties of 2D or 3D sets, given in form of binary digita...
Measurement of complex surfaces without touching is desirable in several fields. This arises mainly ...
The objective of current work is nondestructive measurement of surface area of regular or irregular ...
3D image acquisition devices are now ubiquitous in many domains of science, including biomedical ima...
A new image analysis method, called contiguous volume analysis, has been developed to automatically ...
We demonstrate that the volume enclosed by triangulated surfaces can be computed eÆciently in the sa...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
The object of research is to refine the linear sizes of the obtained 3D models via scanning, and red...
In the last years, measuring sensors like the TOF or optical-based terrestrial laser scanners have b...
An efficient surface area evaluation method is introduced by using smooth surface reconstruction for...
This electronic version was submitted by the student author. The certified thesis is available in th...
In this letter, we present a new 3D statistical method for surface detection which provides improvem...