Weighted Estimates for Multilinear Commutators of Marcinkiewicz Integrals with Bounded Kernel

preprint2013arXivOpen access

Abstract

Let μΩ,b⃗μ_{Ω,\vec{b}} be the multilinear commutator generalized by μΩμ_Ω, the nn-dimensional Marcinkiewicz integral with the bounded kernel, and $b_{j}\in \Osc_{\exp L^{r_{j}}}(1\le j\le m)$. In this paper, the following weighted inequalities are proved for ω∈A∞ω\in A_{\infty} and 0<p<∞0<p<\infty, ∥μΩ(f)∥Lp(ω)≤C∥M(f)∥Lp(ω),  ∥μΩ,b⃗(f)∥Lp(ω)≤C∥ML(log⁡L)1/r(f)∥Lp(ω).\|μ_Ω(f)\|_{L^{p}(ω)}\leq C\|M(f)\|_{L^{p}(ω)}, \ \ \|μ_{Ω,\vec{b}}(f)\|_{L^{p}(ω)}\leq C\|M_{L(\log L)^{1/r}}(f)\|_{L^{p}(ω)}. The weighted weak L(log⁡L)1/rL(\log L)^{1/r} -type estimate is also established when p=1p=1 and ω∈A1ω\in A_{1}.

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