35 citations · 210 across the 41 of their papers we have counts for
8 papers · 1 filter
Single annulus estimates for the variation-norm Hilbert transforms along Lipschitz vector fields
Shaoming Guo
Let v be a planar Lipschitz vector field. We prove that the r-th variation-norm Hilbert transform along v, composed with a standard Littlewood-Paley projection operator P_k, is bou…
Maximal operators and Hilbert transforms along variable non-flat homogeneous curves
Shaoming Guo, Jonathan Hickman, Victor Lie +1
We prove that the maximal operator associated with variable homogeneous planar curves , positive, is bounded on for each…
Sharp decouplings for three dimensional manifolds in
Ciprian Demeter, Shaoming Guo, Fangye Shi
We prove a sharp decoupling for a class of three dimensional manifolds in .
Schrödinger maximal function estimates via the pseudoconformal transformation
Ciprian Demeter, Shaoming Guo
We present an alternative way to recover the recent result from \cite{LR} using the pseudoconformal transformation.
Sharp bounds for the cubic Parsell-Vinogradov system in two dimensions
Jean Bourgain, Ciprian Demeter, Shaoming Guo
We prove a sharp decoupling for a certain two dimensional surface in R^9. As an application, we obtain the full range of expected estimates for the cubic Parsell-Vinogradov system…
Local Well-Posedness for the Derivative Nonlinear Schrödinger Equations with Subcritical Data
Shaoming Guo, Xianfeng Ren, Baoxiang Wang
We will show its local well-posedness in modulation spaces $M^{1/2}_{2,q}({\Real})$ . It is well-known that is a critical Sobolev space of DNLS so that…
Hilbert transforms along Lipschitz direction fields: A lacunary model
Shaoming Guo, Christoph Thiele
We prove bounds for the truncated directional Hilbert transform in for any under a combination of a Lipschitz assumption and a lacunarity assumptio…
Remarks on Wolff's inequality for hypersurfaces
Shaoming Guo, Changkeun Oh
We run an iteration argument due to Pramanik and Seeger, to provide a proof of sharp decoupling inequalities for conical surfaces and for -cones. These are extensions of results…