Harmonic Analysis [electronic resource] : Proceedings of the special program at the Nankai Institute of Mathematics Tianjin, PR China, March–July, 1988 / edited by Min-Teh Cheng, Dong-Gao Deng, Xing-Wei Zhou.
Material type: TextSeries: Nankai Institute of Mathematics, Tianjin, P.R. China ; 1494Publisher: Berlin, Heidelberg : Springer Berlin Heidelberg : Imprint: Springer, 1991Description: X, 234 p. online resourceContent type:- text
- computer
- online resource
- 9783540464747
- 515.2433 23
- QA403.5-404.5
Nankai lecture in -Neumann problem -- Duality of H 1 and BMO on positively curved manifolds and their characterizations -- Oscillatory integral with polynomial phase -- On a generalized paraproduct defined by non-convolution -- H p boundedness of claderón-Zygmund operators for product domains -- A ? condition characterized by maximal geometric mean operator -- A weighted norm inequality for oscillatory singular integrals -- The nilpotent Lie group G d+2 and a class of differential operators with multiple characteristics -- Characterization of BMO p sq - functions by generalized Carleson measure -- Besov spaces of paley-wiener type -- The weak H p spaces on homogeneous groups -- Applications of Hörmander multiplier theorem to approximation in real Hardy spaces -- Weighted norm inequalities for the restriction of fourier transform to S n?1 -- Weighted sobolev inequality and eigenvalue estimates of Schrödinger operators -- Convolution singular integral operators on lipschitz curves -- Multipliers from L 1 (G) to a reflexive segal algebra -- Weighted norm inequalities for certain maximal operators with approach regions -- The hausdorff dimension of a class of lacunary trigonomitric series -- Hermitian nilpotent lie groups: Harmonic analysis as spectral theory of Laplacians -- Weak coupling asymptotics of schrodinger operators with stark effect -- Set of zeros of harmonic functions of two variables -- Ergodic theorem for the functions with uniform mean -- On the structures of locally compact groups admitting inner invariant means -- Harmonic boundaries and poisson integrals on symmetric spaces -- On p-adic cantor function.
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