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Positive sparse domination of variational Carleson operators
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abstract
Due to its nonlocal nature, the $r$-variation norm Carleson operator $C_r$ does not yield to the sparse domination techniques of Lerner, Di Plinio and Lerner, Lacey. We overcome this difficulty and prove that the dual form to $C_r$ can be dominated by a positive sparse form involving $L^p$ averages. Our result strengthens the $L^p$ estimates by Oberlin et. al. As a corollary, we obtain quantitative weighted norm inequalities improving on previous results by Do and Lacey. Our proof relies on the localized outer $L^p$-embeddings of Di Plinio-Ou and Uraltsev.
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Weighted L\'epingle inequality
For every p>1 and r>2, the weighted L_p norm of the pathwise r-variation of a martingale is bounded by C_p sqrt(r/(r-2)) times the A_p characteristic of the weight to a power, times the weighted L_p norm of the martingale.
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