activity
20132021
most citedAn isoperimetric problem for three-dimensional parallelohedra

5 citations · 11 across the 7 of their papers we have counts for

collaborators

15 papers

math.MG2021

On monohedral tilings of a regular polygon

Bushra Basit, Zsolt Lángi

A tiling of a topological disc by topological discs is called monohedral if all tiles are congruent. Maltby (J. Combin. Theory Ser. A 66: 40-52, 1994) characterized the monohedral…

cs.CG2021★ 1 cited

Morse-Smale complexes on convex polyhedra

Balázs Ludmány, Zsolt Lángi, Gábor Domokos

Motivated by applications in geomorphology, the aim of this paper is to extend Morse-Smale theory from smooth functions to the radial distance function (measured from an internal p…

math.MG2021★ 5 cited

An isoperimetric problem for three-dimensional parallelohedra

Zsolt Lángi

The aim of this note is to investigate isoperimetric-type problems for -dimensional parallelohedra; that is, for convex polyhedra whose translates tile the -dimensional Eucli…

math.MG2021

On generalized Minkowski arrangements

Máté Kadlicskó, Zsolt Lángi

The concept of a Minkowski arrangement was introduced by Fejes Tóth in 1965 as a family of centrally symmetric convex bodies with the property that no member of the family contains…

math.MG2021

Extremal convex polygons inscribed in a given convex polygon

Csenge Lili Ködmön, Zsolt Lángi

A convex polygon is inscribed in a convex polygon if every side of contains at least one vertex of . We present algorithms for finding a minimum area and a minimum p…

math.MG2020

On the convex hull and homothetic convex hull functions of a convex body

Ákos G. Horváth, Zsolt Lángi

The aim of this note is to investigate the properties of the convex hull and the homothetic convex hull functions of a convex body in Euclidean -space, defined as the volume…

math.MG2020

A solution to some problems of Conway and Guy on monostable polyhedra

Zsolt Lángi

A convex polyhedron is called monostable if it can rest in stable position only on one of its faces. The aim of this paper is to investigate three questions of Conway, regarding mo…

math.MG2020

On -diametral point configurations in Minkowski spaces

Károly Bezdek, Zsolt Lángi

The structure of -diametral point configurations in Minkowski -space is shown to be closely related to the properties of -antipodal point configurations in .…

math.MG2019

From spherical to Euclidean illumination

Károly Bezdek, Zsolt Lángi

In this note we introduce the problem of illumination of convex bodies in spherical spaces and solve it for a large subfamily of convex bodies. We derive from it a combinatorial ve…

math.MG2019

Volume of the Minkowski sums of star-shaped sets

Matthieu Fradelizi, Zsolt Lángi, Artem Zvavitch

For a compact set and an integer , let us denote by the Minkowski…

math.MG2018

Centering Koebe polyhedra via Möbius transformations

Zsolt Lángi

A variant of the Circle Packing Theorem states that the combinatorial class of any convex polyhedron contains elements midscribed to the unit sphere centered at the origin, and tha…

math.DS2018

Tracking critical points on evolving curves and surfaces

Gábor Domokos, Zsolt Lángi, András A. Sipos

In recent years it became apparent that geophysical abrasion can be well characterized by the time evolution of the number of static balance points of the abrading parti…

math.AP2018★ 5 cited

The isoperimetric quotient of a convex body decreases monotonically under the Eikonal abrasion model

Gábor Domokos, Zsolt Lángi

We show that under the Eikonal abrasion model, prescribing uniform normal speed in the direction of the inward surface normal, the isoperimetric quotient of a convex shape is decre…

math.MG2014

On the average number of normals through points of a convex body

Gábor Domokos, Zsolt Lángi

In 1944, Santaló asked about the average number of normals through a point of a given convex body. Since then, numerous results appeared in the literature about this problem. The a…

math.MG2013

On multiple Borsuk numbers in normed spaces

Zsolt Lángi, Márton Naszódi

Hujter and Lángi introduced the -fold Borsuk number of a set in Euclidean -space of diameter as the smallest cardinality of a family of subsets of $S…