The maximal perimeter of an equilateral convex polygon with unit diameter and n = 2 m edges is not known when m ≥ 4. Using experimental methods, we construct improved polygons for m ≥ 4, and prove that the perimeters we obtain cannot be improved for large n by more than c/n 4, for a particular constant c
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
A small polygon is a polygon that has diameter one. The maximal perimeter of a convex equilateral sm...
AbstractFor a positive integer n that is not a power of 2, precisely the same family of convex polyg...
AbstractFor a positive integer n that is not a power of 2, precisely the same family of convex polyg...
This work presents a research on problems of maxima and minima of the Euclidean geometry. Initially...
Gradients of the perimeter and area of a polygon have straightforward geometric interpretations. The...
Gradients of the perimeter and area of a polygon have straightforward geometric interpretations. The...
Given a number P, we study the following three isoperimetric problems introduced by Besicovitch in 1...
We prove that the perimeter of any convex n-gons of diameter 1 is at most 2n sin(pi/2n). Equality is...
We prove that the perimeter of any convex n-gons of diameter 1 is at most 2n sin(pi/2n). Equality is...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
WOSInternational audienceThe paper answers the three distinct questions of maximizing the perimeter,...
A small polygon is a polygon that has diameter one. The maximal perimeter of a convex equilateral sm...
AbstractFor a positive integer n that is not a power of 2, precisely the same family of convex polyg...
AbstractFor a positive integer n that is not a power of 2, precisely the same family of convex polyg...
This work presents a research on problems of maxima and minima of the Euclidean geometry. Initially...
Gradients of the perimeter and area of a polygon have straightforward geometric interpretations. The...
Gradients of the perimeter and area of a polygon have straightforward geometric interpretations. The...
Given a number P, we study the following three isoperimetric problems introduced by Besicovitch in 1...
We prove that the perimeter of any convex n-gons of diameter 1 is at most 2n sin(pi/2n). Equality is...
We prove that the perimeter of any convex n-gons of diameter 1 is at most 2n sin(pi/2n). Equality is...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...
The isodiametric inequality is derived from the isoperimetric inequality through a variational princ...