This paper is about the combinatorics of finite point configurations in the tropical projective space or, dually, of arrangements of finitely many tropical hyperplanes. Moreover, arrangements of finitely many tropical halfspaces can be considered via coarsenings of the resulting polyhedral decompositions of Rd. This leads to natural cell decompositions of the tropical projective space TPmind−1. Our method is to employ a known class of ordinary convex polyhedra naturally associated with weighted digraphs. This way we can relate to and use results from combinatorics and optimization. One outcome is the solution of a conjecture of Develin and Yu (2007)
International Workshop Tropical-07 (2007 : Moscow, Russia)We present a simple and elementary procedu...
This master thesis investigates discrete geometry in the tropical semiring (R,min,+), setting its ma...
The notions of convexity and convex polytopes are introduced in the setting of tropical geometry. Co...
Abstract The tropical convex hull of a finite set of points in tropical projective space has a natur...
In recent decades, tropical mathematics gradually evolved as a field of study in mathematics and it ...
The authors thank the anonymous referee for many useful comments, and in particular for drawing our ...
AbstractWe discuss the tropical analogues of several basic questions of convex duality. In particula...
Tropical geometry is an area of mathematics that has enjoyed a quick development in the last 15 year...
Tropical polyhedra are known to be representable externally, as intersections of finitely many tropi...
We consider tropical hemispaces, defined as tropically convex sets whose complements are also tropic...
AbstractAn arrangement of finitely many tropical hyperplanes in the tropical torus Td−1 leads to a n...
We develop a tropical analogue of the classical double description method allowing one to compute an...
Tropical geometry is an emerging field with strong connections in a wide array of areas both inside ...
International audienceWe develop a tropical analogue of the classical double description method allo...
We consider arrangements of tropical hyperplanes where the apices of the hyperplanes are taken to in...
International Workshop Tropical-07 (2007 : Moscow, Russia)We present a simple and elementary procedu...
This master thesis investigates discrete geometry in the tropical semiring (R,min,+), setting its ma...
The notions of convexity and convex polytopes are introduced in the setting of tropical geometry. Co...
Abstract The tropical convex hull of a finite set of points in tropical projective space has a natur...
In recent decades, tropical mathematics gradually evolved as a field of study in mathematics and it ...
The authors thank the anonymous referee for many useful comments, and in particular for drawing our ...
AbstractWe discuss the tropical analogues of several basic questions of convex duality. In particula...
Tropical geometry is an area of mathematics that has enjoyed a quick development in the last 15 year...
Tropical polyhedra are known to be representable externally, as intersections of finitely many tropi...
We consider tropical hemispaces, defined as tropically convex sets whose complements are also tropic...
AbstractAn arrangement of finitely many tropical hyperplanes in the tropical torus Td−1 leads to a n...
We develop a tropical analogue of the classical double description method allowing one to compute an...
Tropical geometry is an emerging field with strong connections in a wide array of areas both inside ...
International audienceWe develop a tropical analogue of the classical double description method allo...
We consider arrangements of tropical hyperplanes where the apices of the hyperplanes are taken to in...
International Workshop Tropical-07 (2007 : Moscow, Russia)We present a simple and elementary procedu...
This master thesis investigates discrete geometry in the tropical semiring (R,min,+), setting its ma...
The notions of convexity and convex polytopes are introduced in the setting of tropical geometry. Co...