Results 91 to 100 of about 1,462,947 (135)
Konform geometria Riemann-Finsler típusú metrikus tereken = Conform geometry of spaces with Riemann-Finsler metrics [PDF]
Témánk az ún. Finsler-terek konform geometriája, különös tekintettel speciális tértípusok konform ekvivalenciájára. Egy sokaság Finsler-tér, ha az érintővektorok hosszát egy nem feltétlenül belső szorzatból származó funkcionálsereg segítségével mérni ...
Vincze, Csaba
core
On the Metrization Lemma for Uniform Spaces
We show a numeric generalization of the well-known metrization lemma for uniform spaces, thereby answering a question left open in [2] to the affirmative.
Windels, B
core
Ramifications of generalized Feller theory. [PDF]
Cuchiero C, Möllmann T, Teichmann J.
europepmc +1 more source
Metrizability of Topological Spaces
The topic for my thesis is ‘Metrizability of Topological Spaces’ and as the name suggests, my thesis studies the metrizability of topological spaces. In my thesis, I cover several significant metrizability results. These results include the metrizability
Pesu, Elina
core
On embedding separable spaces C ( L ) in arbitrary spaces C ( K ). [PDF]
Rondoš J, Sobota D.
europepmc +1 more source
A characterization of hyperbolic spaces
We show that a geodesic metric space, and in particular the Cayley graph of a finitely generated group, is hyperbolic in the sense of Gromov if and only if intersections of any two metric balls balls is itself "almost" a metric ball.
Chatterji, Indira, Niblo, Graham A.
core
Weak convergence of stochastic integrals on Skorokhod space in Skorokhod's J 1 and M 1 topologies. [PDF]
Søjmark A, Wunderlich F.
europepmc +1 more source
A characterization of hyperbolic spaces
We show that a geodesic metric space, and in particular the Cayley graph of a finitely generated group, is hyperbolic in the sense of Gromov if and only if intersections of any two metric balls balls is itself "almost" a metric ball.
Chatterji, Indira, Niblo, Graham A.
core
Complete partial metric spaces have partially metrizable computational models-CMMSE2010
We show that the domain of formal balls of a complete partial metric space (X,p) can be endowed with a complete partial metric that extends p and induces the Scott topology. This result, that generalizes well-known constructions of Edalat and Heckmann (Theoret. Comput. Sci. 1998) and Heckmann (Appl. Cat. Struct.
Valero, Oscar +2 more
openaire +1 more source

