A two parameter family of C1 rational cubic spline functions is presented for the graphical representation of shape preserving curve interpolation for shaped data. These parameters have a direct impact on the shape of the curve. Constraints are developed on one family of the parameters to visualize positive, monotone and convex data while other family of parameters can assume any positive values. The problem of visualization of constrained data is also addressed when the data is lying above a straight line and curve is required to lie on the same side of the line. The approximation order of the proposed rational cubic function is also investigated and is found to be O(h3)
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
Rational cubic and bicubic trigonometric schemes are developed to conserve monotonicity of curve and...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
AbstractA smooth curve interpolation scheme for positive, monotonic, and convex data has been develo...
This study considers the construction a new C 1 rational cubic spline (cubic numerator and quadratic...
A new C1 piecewise rational quadratic trigonometric spline with four local positive shape parameters...
This paper describes the use of trigonometric spline to visualize the given planar data. The goal of...
This study was concerned with shape preserving interpolation of 2D data. A piecewise C1 univariate r...
<p>A rational cubic spline, with one family of shape parameters, has been discussed with the view to...
A rational cubic spline, with one family of shape parameters, has been discussed with the view to it...
In this paper, the problem of shape preserving C2 rational cubic spline has been proposed. The shape...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
AbstractIn this paper, the problem of shape preserving C2 rational cubic spline has been proposed. T...
This paper discusses the construction of new C2 rational cubic spline interpolant with cubic numerat...
A rational cubic spline with a family of shape parameters is discussed from the viewpoint of its app...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
Rational cubic and bicubic trigonometric schemes are developed to conserve monotonicity of curve and...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
AbstractA smooth curve interpolation scheme for positive, monotonic, and convex data has been develo...
This study considers the construction a new C 1 rational cubic spline (cubic numerator and quadratic...
A new C1 piecewise rational quadratic trigonometric spline with four local positive shape parameters...
This paper describes the use of trigonometric spline to visualize the given planar data. The goal of...
This study was concerned with shape preserving interpolation of 2D data. A piecewise C1 univariate r...
<p>A rational cubic spline, with one family of shape parameters, has been discussed with the view to...
A rational cubic spline, with one family of shape parameters, has been discussed with the view to it...
In this paper, the problem of shape preserving C2 rational cubic spline has been proposed. The shape...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
AbstractIn this paper, the problem of shape preserving C2 rational cubic spline has been proposed. T...
This paper discusses the construction of new C2 rational cubic spline interpolant with cubic numerat...
A rational cubic spline with a family of shape parameters is discussed from the viewpoint of its app...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...
Rational cubic and bicubic trigonometric schemes are developed to conserve monotonicity of curve and...
A piecewise rational cubic spline has been introduced to visualize the positive data in its natural ...