Results 71 to 80 of about 276 (127)
How far is the Borel map from being surjective in quasianalytic ultradifferentiable classes?, [PDF]
peer reviewedThe Borel map $j^{\infty}$ takes germs at 0 of smooth functions to the sequence of iterated partial derivatives at 0. In the literature, it is well known that the restriction of $j^{\infty}$ to the germs of quasianalytic ultradifferentiable ...
Schindl, Gerhard, Esser, Céline
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Ultradifferentiable functions on smooth plane curves
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Ultradifferentiable CR manifolds [PDF]
Das Hauptthema dieser Arbeit ist die Untersuchung der Regularität von CR Abbildungen zwischen ultradifferenzierbaren CR Mannigfaltigkeiten. Ultradifferenzierbar ist hier im Sinne von Denjoy-Carleman Klassen gemeint, d.h.
Fürdös, Stefan
core
Genericity and classes of ultradifferentiable functions [PDF]
As surprising as it may seem, there exist infinitely differentiable functions which are nowhere analytic. When such an unexpected object is found, a natural question is to ask whether many similar ones may exist. A classical technique is to use the Baire
Esser, Céline
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Existence and regularity of ultradifferentiable periodic solutions to certain vector fields [PDF]
We consider a class of first-order partial differential operators, acting on the space of ultradifferentiable periodic functions, and we describe their range by using the following conditions on the coefficients of the operators: the connectedness of ...
Gonzalez, Rafael B.
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Sheafs of ultradifferentiable functions
An abstract theory of ultradifferentiable sheafs is developed. Moreover, various applications to the theory of linear partial differential equations, differential geometry and, in particular, CR geometry are discussed.
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Optimal Flat Functions in Carleman-Roumieu Ultraholomorphic Classes in Sectors. [PDF]
Jiménez-Garrido J +3 more
europepmc +1 more source
Extension of Functions with ω-Rapid Polynomial Approximation [PDF]
For a weight function ω : [0, ∞[ → [0, ∞[ we denote by E(ω)(RN) the class of all ω-ultradifferentiable functions of Beurling type on RN. Each element in E(ω)(RN) is a function with ω-rapid polynomial approximation on each compact set K ⊂ of RN, whenever ...
Franken, U.
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Nonlinear Conditions for Ultradifferentiability. [PDF]
Nenning DN, Rainer A, Schindl G.
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Extension maps in ultradifferentiable and ultraholomorphic function spaces [PDF]
The problem of the existence of extension maps from 0 to ℝ in the setting of the classical ultradifferentiable function spaces has been solved by Petzsche [9] by proving a generalization of the Borel and Mityagin theorems for $C^{∞}$-spaces.
Schmets, Jean, Valdivia, Manuel
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