Linearization of regular matrix polynomials.
Linearized stability for hyperbolic evolution equations with semilinear boundary conditions.
Linearized stability results in continuous interpolation spaces
Lineární algebra ukrytá v internetovém vyhledávači Google
Lineární operátory. II
Linear-topological classification of matroid C*-algebras.
Linksdefinite singuläre kanonische Eigenwertprobleme. I.
Linksdefinite singuläre kanonische Eigenwertprobleme. II.
L'involutivité des caractéristiques des systèmes différentiels et microdifférentiels
Lipschitz approximable Banach spaces
We show the existence of Lipschitz approximable separable spaces which fail Grothendieck's approximation property. This follows from the observation that any separable space with the metric compact approximation property is Lipschitz approximable. Some related results are spelled out.
Lipschitz continuity in Muckenhoupt 𝓐₁ weighted function spaces
We study continuity envelopes of function spaces and where the weight belongs to the Muckenhoupt class ₁. This essentially extends partial forerunners in [13, 14]. We also indicate some applications of these results.
Lipschitz estimates for multilinear Marcinkiewicz operators
Lipschitz spaces and Calderón-Zygmund operators associated to non-doubling measures.
In the setting of a metric measure space (X, d, μ) with an n-dimensional Radon measure μ, we give a necessary and sufficient condition for the boundedness of Calderón-Zygmund operators associated to the measure μ on Lipschitz spaces on the support of μ. Also, for the Euclidean space Rd with an arbitrary Radon measure μ, we give several characterizations of Lipschitz spaces on the support of μ, Lip(α,μ), in terms of mean oscillations involving μ. This allows us to view the "regular" BMO space of...
Lipschitzian norm estimate of one-dimensional Poisson equations and applications
By direct calculus we identify explicitly the lipschitzian norm of the solution of the Poisson equation in terms of various norms of g, where is a Sturm–Liouville operator or generator of a non-singular diffusion in an interval. This allows us to obtain the best constant in the L1-Poincaré inequality (a little stronger than the Cheeger isoperimetric inequality) and some sharp transportation–information inequalities and concentration inequalities for empirical means. We conclude with several illustrative...
Lipschitzian operators of substitution in the space of vector functions of bounded variation
Lipschitzian superposition operators on metric semigroups and abstract convex cones of mappings of finite -variation.
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