In this study, we have developped a method to estimate the value of the errors committed
during the stress analysis by X-Ray diffraction. We have cherched the non bias of the proposed …

Ultrasonic non-destructive inspection is today widely employed in industry for detecting
embedded or surface defects in engineering structures. However, the processing of data from …

We present a method for calibrating a range finder system composed of a camera and a
structured light source. The system is used to reconstruct the three-dimensional (3-D) surface of …

Shell increments contain information related to the evolution of the environment in which the
organism grew during its biomineralization. To extract the information from variations in …

A numerical model is presented in order to modelize the bright ring that appears in backlit
optical shadowgraphy on a transparent hollow sphere with a solid deuterium-tritium layer …

The authors have developed a Monte Carlo simulator that uses realistic phantoms defined
by the mean of 3D arrays. One array represents the spatial distribution of the tracer while …

The Hough transform is presently witnessing an increasing Interest (over 200 references in
1995), due to its capacity of finding the parameters of miscellaneous shapes in an image (or …

A new image-processing approach for object analysis in life and earth sciences is presented.
This approach is based on a multiresolution algorithm in image processing. A clamshell …

In this paper we propose a Genetic-Based Inverse Voting Hough Transform (GBIVHT) method
for detecting parabolic shapes iii B-scan images obtained by the ultrasonic Time Of Flight …

We propose a genetic-based inverse voting Hough transform (GBIVHT) method to detect
buried crack defects in engineering structures. The method is applied to B-scan images …