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首页> 外文期刊>Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter >Uniqueness of self-fractional Fourier transform with irrational order and a supplement to Caola-Mendlovic, Ozaktas and Lohmann's rule
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Uniqueness of self-fractional Fourier transform with irrational order and a supplement to Caola-Mendlovic, Ozaktas and Lohmann's rule

机译:具有不合理阶数的自分数阶傅里叶变换的唯一性,以及对Caola-Mendlovic,Ozaktas和Lohmann法则的补充

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摘要

In this communication we first prove uniqueness of self fractional Fourier function (SFFF) for irrational order, the SFFF uniquely determined is given by f(x)=c exp{-x~(2)/2}, where c can be any constant. As a supplement to Caola-Mendlovic, Ozaktas and Lohmann's rule, a simple rule for constructing self fractional Fourier transform with order N/(2~(m)M_(1)) (m≥0, N and M_(1) odd) is presented.
机译:在这种通信中,我们首先证明了无分数阶自分数阶傅里叶函数(SFFF)的唯一性,唯一确定的SFFF由f(x)= c exp {-x〜(2)/ 2}给出,其中c可以是任何常数。作为对Caola-Mendlovic,Ozaktas和Lohmann规则的补充,这是构造阶数为N /(2〜(m)M_(1))(m≥0,N和M_(1)为奇数)的自分数阶傅里叶变换的简单规则被表达。

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