Crofton’s formula of integral geometry evaluates the total motion invariant measure of the set of k-dimensional planes having nonempty intersection with a given convex body. This note deals with motion invariant measures on sets of pairs of hyperplanes or lines meeting a convex body. Particularly simple results are obtained if, and only if, the given body is of constant width in the first case, and of constant brightness in the second case
Thesis advisor: Martin BridgemanWe begin this dissertation by studying the relationship between the ...
AbstractA new rotational formula of Crofton type is derived for intrinsic volumes of a compact subse...
AbstractWe investigate the possibility of extending classical integral–geometric results, involving ...
The classical Crofton formula of integral geometry expresses the area of a k-dimensional surface in ...
. We establish extensions of the Crofton formula and, under some restrictions, of the principal kine...
We live in a three-dimensional world, using three dimensional objects in our daily life; some of the...
We consider some integral-geometric quantities that have recently arisen in harmonic analysis and el...
By studying the group of rigid motions, PSH(1), in the 3D-Heisenberg group H1,we define a density an...
We present the multidimensional versions of the Pleijel and Ambartzumian--Pleijel identities. We als...
A surface area estimator for three-dimensional convex sets, based on the invariator principle of loc...
Several integral formulas referring to convex plane curves, notable for their great generality, were...
AbstractA new rotational version of Crofton's formula is derived for the intrinsic volumes of a doma...
The tensorial curvature measures are tensor-valued generalizations of the curvature measures of conv...
Integral geometry, as it is understood here, deals with the computation and application of geometric...
AbstractSuppose that K and L are convex bodies in Rn with L⊂intK. For each hyperplane H⊂Rn which sup...
Thesis advisor: Martin BridgemanWe begin this dissertation by studying the relationship between the ...
AbstractA new rotational formula of Crofton type is derived for intrinsic volumes of a compact subse...
AbstractWe investigate the possibility of extending classical integral–geometric results, involving ...
The classical Crofton formula of integral geometry expresses the area of a k-dimensional surface in ...
. We establish extensions of the Crofton formula and, under some restrictions, of the principal kine...
We live in a three-dimensional world, using three dimensional objects in our daily life; some of the...
We consider some integral-geometric quantities that have recently arisen in harmonic analysis and el...
By studying the group of rigid motions, PSH(1), in the 3D-Heisenberg group H1,we define a density an...
We present the multidimensional versions of the Pleijel and Ambartzumian--Pleijel identities. We als...
A surface area estimator for three-dimensional convex sets, based on the invariator principle of loc...
Several integral formulas referring to convex plane curves, notable for their great generality, were...
AbstractA new rotational version of Crofton's formula is derived for the intrinsic volumes of a doma...
The tensorial curvature measures are tensor-valued generalizations of the curvature measures of conv...
Integral geometry, as it is understood here, deals with the computation and application of geometric...
AbstractSuppose that K and L are convex bodies in Rn with L⊂intK. For each hyperplane H⊂Rn which sup...
Thesis advisor: Martin BridgemanWe begin this dissertation by studying the relationship between the ...
AbstractA new rotational formula of Crofton type is derived for intrinsic volumes of a compact subse...
AbstractWe investigate the possibility of extending classical integral–geometric results, involving ...