In this paper, we propose a recursive Taylor method for ray-casting algebraic surfaces. The performance of this approach is compared with four other candidate approaches to raycasting: using interval arithmetic on the power form, using interval arithmetic on centered forms, using affine arithmetic, and using modified affine arithmetic. Test results show that the recursive Taylor method compares favorably to the other methods
Point sets become an increasingly popular shape representation. Most shape processing and rendering ...
Point set surfaces are a smooth manifold surface approximation from a set of sample points. The surf...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
In this paper, we propose a recursive Taylor method for ray-casting algebraic surfaces. The performa...
In this paper, we propose a recursive Taylor method for ray-casting algebraic surfaces. The performa...
A method is presented for ray casting implicit surfaces defined by fractal combinations of procedura...
We study the performance of affine arithmetic as a replacement for interval arithmetic in interval ...
This paper examines recursive Taylor methods for multivariate polynomial evaluation over an interval...
We present a method for ray casting curved-quadratic elements in 3D. The advantages of this approach...
This paper discusses a very general root-isolation algorithm, based on interval arithmetic, which ca...
We present new algorithms for efficient ray tracing of three procedurally defined objects: fractal s...
We present new algorithms for efficient ray tracing of three procedurally defined objects: fractal s...
Sigg C, Weyrich T, Botsch M, Gross M. GPU-Based Ray-Casting of Quadratic Surfaces. In: Eurographics...
In computer graphics modeling, two different forms are used to represent curves and surfaces: implic...
The concept of view factor has various applications in engineering problems, ranging from heat manag...
Point sets become an increasingly popular shape representation. Most shape processing and rendering ...
Point set surfaces are a smooth manifold surface approximation from a set of sample points. The surf...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
In this paper, we propose a recursive Taylor method for ray-casting algebraic surfaces. The performa...
In this paper, we propose a recursive Taylor method for ray-casting algebraic surfaces. The performa...
A method is presented for ray casting implicit surfaces defined by fractal combinations of procedura...
We study the performance of affine arithmetic as a replacement for interval arithmetic in interval ...
This paper examines recursive Taylor methods for multivariate polynomial evaluation over an interval...
We present a method for ray casting curved-quadratic elements in 3D. The advantages of this approach...
This paper discusses a very general root-isolation algorithm, based on interval arithmetic, which ca...
We present new algorithms for efficient ray tracing of three procedurally defined objects: fractal s...
We present new algorithms for efficient ray tracing of three procedurally defined objects: fractal s...
Sigg C, Weyrich T, Botsch M, Gross M. GPU-Based Ray-Casting of Quadratic Surfaces. In: Eurographics...
In computer graphics modeling, two different forms are used to represent curves and surfaces: implic...
The concept of view factor has various applications in engineering problems, ranging from heat manag...
Point sets become an increasingly popular shape representation. Most shape processing and rendering ...
Point set surfaces are a smooth manifold surface approximation from a set of sample points. The surf...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
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