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The distance between the general Poisson summation formula and that for bandlimited functions; applications to quadrature formulae

机译:一般泊松求和公式与公式之间的距离   带限功能;应用于求积分公式

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摘要

The general Poisson summation formula of harmonic analysis and analyticnumber theory can be regarded as a quadrature formula with remainder. Thepurpose of this investigation is to give estimates for this remainder based onthe classical modulus of smoothness and on an appropriate metric for describingthe distance of a function from a Bernstein space. Moreover, to be moreflexible when measuring the smoothness of a function, we consider Rieszderivatives of fractional order. It will be shown that the use of the abovemetric in connection with fractional order derivatives leads to estimates forthe remainder, which are best possible with respect to the order and theconstants.
机译:谐波分析和解析数论的一般泊松求和公式可以看作是带余数的正交公式。本研究的目的是基于经典的平滑模量和用于描述函数与伯恩斯坦空间的距离的适当度量,为该余数提供估计。而且,为了更灵活地测量函数的平滑度,我们考虑了分数阶的Riesz导数。可以看出,结合分数阶导数使用上述度量可以得出余数,这对于阶数和常数是最好的。

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