应用MG Krein正则对称算子理论到抽样论
Applications of M.G. Krein's Theory of Regular Symmetric Operators to Sampling Theory
摘要:
经典的克雷默采样定理建立了允许通过正交采样公式重建函数的一般条件。抽样论的一个主要任务是找到这个定理的具体的、非平凡的实现。本文在M。G.具有亏指数(1,1)的简单正则对称算子的Krein表示理论。我们证明了所得到的抽样公式具有Lagrange插值级数的形式。我们还刻画了由我们的采样公式重构的函数空间。我们的结构允许严格处理最近在量子引力中提出的某些想法。
英文摘要:
The classical Kramer sampling theorem establishes general conditions that allow the reconstruction of functions by mean of orthogonal sampling formulae. One major task in sampling theory is to find concrete, non trivial realizations of this theorem. In this paper we provide a new approach to this subject on the basis of the M. G. Krein's theory of representation of simple regular symmetric operators having deficiency indices (1,1). We show that the resulting sampling formulae have the form of Lagrange interpolation series. We also characterize the space of functions reconstructible by our sampling formulae. Our construction allows a rigorous treatment of certain ideas proposed recently in quantum gravity.
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