A technique has been designed for capturing outlines by exploiting the properties of cubic
Bézier curves. The planar images are used to extract the outline. The outline is divided into …

An automatic approach, for reverse engineering of digitized hand printed and electronic
planar objects, is presented which is useful for vectorizing the generic shapes. The rational …

We design a fast technique for fitting cubic B´ ezier curves to the boundary of 2D shapes.
The technique is implemented by means of the Nelder–Mead simplex procedure to optimize …

Outline capturing system for 2D objects is presented in this paper. A newly proposed curve
fitting approach and precise segmentation of complex curves make the system highly …

In this paper, a new technique has been designed to capture the outline of 2D shapes using
cubic B´ ezier curves. The proposed technique avoids the traditional method of optimizing …

A new outline capturing system is presented in this paper. It employs Bezier curve for curve
approximation. Approximation starts with an initial estimation of control points positions …

B-spline curves have been used to approximate the functional data. Two curve
approximation techniques are presented here. One scheme is based on a deterministic …

Planning and reasoning have been a major area of research in Artificial Intelligence (AI).
Case-based planning (CBP) is one of the knowledge-based planning technique, which …