Sharp Maximal function estimates for Multilinear pseudo-differential operators of type (0,0)
Bae Jun Park, Naohito Tomita

TL;DR
This paper establishes sharp maximal function estimates for multilinear pseudo-differential operators of type (0,0), addressing the case where symbols lack decay upon differentiation, and introduces a novel approach distinct from previous methods for ho=0.
Contribution
The paper provides new sharp maximal estimates for multilinear pseudo-differential operators of type (0,0), expanding the understanding beyond previous results for ho > 0.
Findings
Established sharp maximal function bounds for type (0,0) operators
Developed a new approach differing from earlier methods for ho=0
Extended previous results to a broader class of operators
Abstract
In this paper, we study sharp maximal function estimates for multilinear pseudo-differential operators. Our target is operators of type (0, 0) for which a differentiation does not make any decay of the associated symbol. Analogous results for operators of type (\rho, \rho), 0 < \rho < 1, appeared in an earlier work of the authors, but a different approach is given for \rho = 0
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Taxonomy
TopicsAdvanced Mathematical Modeling in Engineering · Numerical methods in inverse problems · Differential Equations and Boundary Problems
