AbstractThis paper extends the modified affine arithmetic in matrix form method for bivariate polynomial evaluation and algebraic curve plotting in 2D to modified affine arithmetic in tensor form for trivariate polynomial evaluation and algebraic surface plotting in 3D. Experimental comparison shows that modified affine arithmetic in tensor form is not only more accurate but also much faster than standard affine arithmetic when evaluating trivariate polynomials
AbstractWe present a method to compute the exact topology of a real algebraic surface S, implicitly ...
This paper investigates the trifocal tensor for an affine trinocular rig and de-fines an affine trif...
summary:NURBS (Non-Uniform Rational B-Splines) belong to special approximation curves and surfaces w...
This paper extends the modified affine arithmetic in matrix form method for bivariate polynomial ev...
This paper extends the modified affine arithmetic in matrix form method for bivariate polynomial eva...
This paper examines recursive Taylor methods for multivariate polynomial evaluation over an interval...
The Bernstein-Fourier algorithm for the evaluation of polynomial curves is extended for the evaluati...
This paper explores the combinatorial aspects of symmetric and antisymmetric forms represented in te...
In this paper we give mathematical proofs of two new results relevant to evaluating algebraic funct...
We present an adaptive method for computing a robust polygonal approximation of an implicit curve in...
: We give an efficient algorithm for evaluating B'ezier and B-spline tensor products for both p...
A robust and efficient algorithm for discretization of tensor product polynomial surfaces is present...
A key component of the cylindrical algebraic decomposition (cad) algorithm of Collins (1975) is the ...
Summary. We demonstrate a ray tracing type technique for rendering algebraic surfaces us-ing program...
We demonstrate a ray tracing type technique for rendering algebraic surfaces using programmable grap...
AbstractWe present a method to compute the exact topology of a real algebraic surface S, implicitly ...
This paper investigates the trifocal tensor for an affine trinocular rig and de-fines an affine trif...
summary:NURBS (Non-Uniform Rational B-Splines) belong to special approximation curves and surfaces w...
This paper extends the modified affine arithmetic in matrix form method for bivariate polynomial ev...
This paper extends the modified affine arithmetic in matrix form method for bivariate polynomial eva...
This paper examines recursive Taylor methods for multivariate polynomial evaluation over an interval...
The Bernstein-Fourier algorithm for the evaluation of polynomial curves is extended for the evaluati...
This paper explores the combinatorial aspects of symmetric and antisymmetric forms represented in te...
In this paper we give mathematical proofs of two new results relevant to evaluating algebraic funct...
We present an adaptive method for computing a robust polygonal approximation of an implicit curve in...
: We give an efficient algorithm for evaluating B'ezier and B-spline tensor products for both p...
A robust and efficient algorithm for discretization of tensor product polynomial surfaces is present...
A key component of the cylindrical algebraic decomposition (cad) algorithm of Collins (1975) is the ...
Summary. We demonstrate a ray tracing type technique for rendering algebraic surfaces us-ing program...
We demonstrate a ray tracing type technique for rendering algebraic surfaces using programmable grap...
AbstractWe present a method to compute the exact topology of a real algebraic surface S, implicitly ...
This paper investigates the trifocal tensor for an affine trinocular rig and de-fines an affine trif...
summary:NURBS (Non-Uniform Rational B-Splines) belong to special approximation curves and surfaces w...