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Littlewood-Paley Theory for Triangle Buildings.
The Journal of Geometric Analysis ( IF 1.1 ) Pub Date : 2017-05-08 , DOI: 10.1007/s12220-017-9856-6
Tim Steger 1 , Bartosz Trojan 2
Affiliation  

For the natural two-parameter filtration \(\left( {\mathcal {F}_\lambda }: {\lambda \in P}\right) \) on the boundary of a triangle building, we define a maximal function and a square function and show their boundedness on \(L^p(\Omega _0)\) for \(p \in (1, \infty )\). At the end, we consider \(L^p(\Omega _0)\) boundedness of martingale transforms. If the building is of \({\text {GL}}(3, \mathbb {Q}_p)\), then \(\Omega _0\) can be identified with p-adic Heisenberg group.

中文翻译:

三角形建筑的Littlewood-Paley理论。

对于三角形建筑物边界上的自然两参数过滤\(\ left({\ mathcal {F} _ \ lambda}:{\ lambda \ in P} \ right)\),我们定义一个最大值函数和一个平方函数,并显示其上有界\(L ^ p(\欧米茄_0)\)\(p \在(1,\ infty)\) 。最后,我们考虑mar变换的\(L ^ p(\ Omega _0)\)有界。如果建筑物是\({\ text {GL}}(3,\ mathbb {Q} _p)\),则可以用p -adic Heisenberg组标识\(\ Omega _0 \)
更新日期:2017-05-08
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