We answer in the affirmative the following question raised by H. H. Corson in 1961: " Is it possible to cover every Banach space X by bounded convex sets with nonempty interior in such a way that no point of X belongs to infinitely many of them?" Actually we show the way to produce in every Banach space X a bounded convex tiling of order 2, i.e. a covering of X by bounded convex closed sets with nonempty interior (tiles) such that the interiors are pairwise disjoint and no point of X belongs to more than two tiles
We study star-finite coverings of infinite-dimensional normed spaces. A family of sets is called sta...
AbstractA self-contained proof is given of the following result.Theorem. Let K be a non-dentable clo...
summary:Let $X$ be a uniformly convex Banach space, $D\subset X$, $f:D\to X$ a nonexpansive map, and...
A well-known theorem by H. Corson states that if a Banach space admits a locally finite covering by ...
A well known result due to H. Corson has been recently improved by the authors. In its final form it...
By tiling of a normed space we mean a covering of it by proper subsets that are the closure of thei...
A well known result due to H. Corson states that, for any covering $\tau$ by closed bounded convex ...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
A well-known theorem by H. Corson states that if a Banach space admits a locally finite covering by ...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
AbstractA well-known result due to H. Corson states that, for any covering τ by closed bounded conve...
We prove that, given any covering of any infinite-dimensional Hilbert space $H$ by countably many cl...
Abstract. Given a positive integer n, one may find a circle on the Euclidean plane surrounding exact...
It is shown that a separable Hilbert space can be covered by non-overlapping closed convex sets Ci w...
We study star-finite coverings of infinite-dimensional normed spaces. A family of sets is called sta...
AbstractA self-contained proof is given of the following result.Theorem. Let K be a non-dentable clo...
summary:Let $X$ be a uniformly convex Banach space, $D\subset X$, $f:D\to X$ a nonexpansive map, and...
A well-known theorem by H. Corson states that if a Banach space admits a locally finite covering by ...
A well known result due to H. Corson has been recently improved by the authors. In its final form it...
By tiling of a normed space we mean a covering of it by proper subsets that are the closure of thei...
A well known result due to H. Corson states that, for any covering $\tau$ by closed bounded convex ...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
A well-known theorem by H. Corson states that if a Banach space admits a locally finite covering by ...
By a tiling of a topological linear space X, we mean a covering of X by at least two closed convex s...
AbstractA well-known result due to H. Corson states that, for any covering τ by closed bounded conve...
We prove that, given any covering of any infinite-dimensional Hilbert space $H$ by countably many cl...
Abstract. Given a positive integer n, one may find a circle on the Euclidean plane surrounding exact...
It is shown that a separable Hilbert space can be covered by non-overlapping closed convex sets Ci w...
We study star-finite coverings of infinite-dimensional normed spaces. A family of sets is called sta...
AbstractA self-contained proof is given of the following result.Theorem. Let K be a non-dentable clo...
summary:Let $X$ be a uniformly convex Banach space, $D\subset X$, $f:D\to X$ a nonexpansive map, and...