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SYNTHESIS OF COMPLETE ORTHONORMAL FRACTIONAL BASIS FUNCTIONS WITH PRESCRIBED POLES

机译:用规定杆合成完整的正式分数基函数

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In this paper, fractional orthonormal basis functions which generalize the well-known fixed pole rational basis functions are synthesized. For a range of non-integer differentiation orders and under mild restrictions on the choice of the basis poles, the synthesized basis functions are shown to be complete in the space of functions which are analytic on the open right-half plane and square-integrable on the imaginary axis. This presents an extension of the completeness results for the fractional Laguerre and Kautz bases to fractional orthonormal bases with prescribed pole locations.
机译:在本文中,合成了概括着众所周知的固定极合理基函数的分数正式基础函数。对于一系列非整数差异化订单,并在对基极的选择的温和限制下,合成的基本函数被示出在函数空间中完成,该空间在开放的右半平面和方形可集成上虚构的轴。这提出了分数Laguerre和Kautz基地的完整性结果的延伸,以及具有规定的杆位置的分数正式基础。

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