Here we search for the curve which has the smallest integral of the square of curvature, while passing through two given points with given orientation. This is the true shape of a spline used in lofting. In computer-aided design, curves have been sought which maximize "smoothness". The curve discussed here is the one arising in this way from a commonly used measure of smoothness. The human visual system may use such a curve when it constructs a subjective contour
grantor: University of TorontoThe interactive specification of curves on surfaces having ...
The blending or filleting of sharp corners is a common requirement in geometric design applications ...
An algorithm for finding a smooth, obstacle-avoiding curve in the plane can be quite complicated. Th...
Abstract: Here we search for the curve which has the smallest integral of the square of curvature, w...
A basic technique for designing curved shapes in the plane is interpolating splines. The designer in...
The computations of visual pleasing and mathematically fair curve are an ongoing process. In the ear...
AbstractIn shape construction, it is often required for a curve to interpolate smoothly among given ...
AbstractThe cubic spline represents an attempt to produce an interpolant with minimal rootmean-squar...
We derive a value to determine the shape of a parametric cubic curve segment without use of trans-fo...
The blending or filleting of sharp corners is a common requirement in geometric design applications ...
Since the free parameter and the two auxiliary points have effect on the shape of the Cardinal splin...
Abstract:- A method to generate a quintic B-spline curve which passes through given points is descri...
Abstract. Given interpolation points P1, P2,..., Pm in the plane, it is known that there does not ex...
This paper presents a new method of curve-fitting to a set of noisy samples. In the case of fitting ...
Abstract. In problems to find the minimum or maximum of a target function under given constraints, a...
grantor: University of TorontoThe interactive specification of curves on surfaces having ...
The blending or filleting of sharp corners is a common requirement in geometric design applications ...
An algorithm for finding a smooth, obstacle-avoiding curve in the plane can be quite complicated. Th...
Abstract: Here we search for the curve which has the smallest integral of the square of curvature, w...
A basic technique for designing curved shapes in the plane is interpolating splines. The designer in...
The computations of visual pleasing and mathematically fair curve are an ongoing process. In the ear...
AbstractIn shape construction, it is often required for a curve to interpolate smoothly among given ...
AbstractThe cubic spline represents an attempt to produce an interpolant with minimal rootmean-squar...
We derive a value to determine the shape of a parametric cubic curve segment without use of trans-fo...
The blending or filleting of sharp corners is a common requirement in geometric design applications ...
Since the free parameter and the two auxiliary points have effect on the shape of the Cardinal splin...
Abstract:- A method to generate a quintic B-spline curve which passes through given points is descri...
Abstract. Given interpolation points P1, P2,..., Pm in the plane, it is known that there does not ex...
This paper presents a new method of curve-fitting to a set of noisy samples. In the case of fitting ...
Abstract. In problems to find the minimum or maximum of a target function under given constraints, a...
grantor: University of TorontoThe interactive specification of curves on surfaces having ...
The blending or filleting of sharp corners is a common requirement in geometric design applications ...
An algorithm for finding a smooth, obstacle-avoiding curve in the plane can be quite complicated. Th...