This thesis discusses Wachpress conjecture restricted to arrangements of three conics. Wachpress conjectured the existence of a set of barycentric coordinates, namely Wachpress coordinates, on all polycons. Barycentric coordinates are very useful in many different fields as they can be used to define a finite element approximation scheme with linear precision. This thesis focuses on the conjecture on the real projective plane. The polycons of lowest degree for which the conjecture has not been proven completely yet are those which arise from arrangements of three conics. We state the current knowledge on the veracity of the conjecture on the polycons of this family. Throughout the thesis we view real rational polycons as positive geometries...
Toric quasifolds are highly singular spaces that were first introduced in order to address, from the...
The present thesis explores embeddability (realizability) properties of pseudoline arrangements, per...
Let {dollar}\pi{dollar} = PG(2,F), where F is a field of characteristic 2 and of order greater than ...
This thesis discusses Wachpress conjecture restricted to arrangements of three conics. Wachpress con...
We show that there is a unique hypersurface of minimal degree passing through the non-faces of a pol...
AbstractIn Wachspress (1975) [1], theory was developed for constructing rational basis functions for...
Barycentric coordinates provide a convenient way to represent a point inside a triangle as a convex ...
This book presents a course in the geometry of convex polytopes in arbitrary dimension, suitable for...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
A central problem of modern minimal model theory is to describe the various cones of divisors associ...
AbstractLet ω1,ω2 be the two fundamental weights of a symmetrizable Kac–Moody algebra g of rank two ...
An arrangement of pseudocircles is a finite collection of Jordan curves in the plane with the additi...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
We present topological invariants in the singular setting for projective ℚ-Gorenstein varieties with...
AbstractGiven a finite Coxeter system (W,S) and a Coxeter element c, or equivalently an orientation ...
Toric quasifolds are highly singular spaces that were first introduced in order to address, from the...
The present thesis explores embeddability (realizability) properties of pseudoline arrangements, per...
Let {dollar}\pi{dollar} = PG(2,F), where F is a field of characteristic 2 and of order greater than ...
This thesis discusses Wachpress conjecture restricted to arrangements of three conics. Wachpress con...
We show that there is a unique hypersurface of minimal degree passing through the non-faces of a pol...
AbstractIn Wachspress (1975) [1], theory was developed for constructing rational basis functions for...
Barycentric coordinates provide a convenient way to represent a point inside a triangle as a convex ...
This book presents a course in the geometry of convex polytopes in arbitrary dimension, suitable for...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
A central problem of modern minimal model theory is to describe the various cones of divisors associ...
AbstractLet ω1,ω2 be the two fundamental weights of a symmetrizable Kac–Moody algebra g of rank two ...
An arrangement of pseudocircles is a finite collection of Jordan curves in the plane with the additi...
The Poincaré conjecture is a topological problem established in 1904 by the French mathematician Hen...
We present topological invariants in the singular setting for projective ℚ-Gorenstein varieties with...
AbstractGiven a finite Coxeter system (W,S) and a Coxeter element c, or equivalently an orientation ...
Toric quasifolds are highly singular spaces that were first introduced in order to address, from the...
The present thesis explores embeddability (realizability) properties of pseudoline arrangements, per...
Let {dollar}\pi{dollar} = PG(2,F), where F is a field of characteristic 2 and of order greater than ...