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A weakly polyhomogeneous calculus for pseudodifferential boundary problems

机译:伪微分边界问题的弱多齐演算

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In a joint work with R. Seeley, a calculus of weakly parametric pseudodifferential operators on closed manifolds was introduced and used to obtain complete asymptotic expansions of traces of resolvents and heat operators associated with the Atiyah- Patodi-Singer problem. The present paper establishes a generalization to pseudo differential boundary operators, defining weakly polyhomogeneous singular Green operators, Poisson operators, and trace operators associated with a manifold with boundary, as well as a suitable transmission condition for pseudodifferential operators. Full composition formulas are established for the calculus, which contains the resolvents of APS-type problems. The operators in the calculus have complete asymptotic trace expansions in the parameter (when of trace class), with polynomial and logarithmic terms. (C) 2001 Academic Press. [References: 15]
机译:在与R. Seeley的联合研究中,引入了封闭流形上的弱参数伪微分算子的演算,并用于获得与Atiyah-Patodi-Singer问题相关的解析剂和热算子的痕迹的完整渐近展开。本文建立了伪微分边界算子的泛化,定义了弱多齐奇异Green算子,Poisson算子和与带边界流形相关联的跟踪算子,以及适合伪微分算子的传输条件。建立了微积分的完整组成公式,其中包含APS型问题的解决方案。微积分中的算子具有多项式和对数项,在参数中(当跟踪类时)具有完整的渐近跟踪展开。 (C)2001学术出版社。 [参考:15]

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