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Iterated Binomial Transforms of the k-Fibonacci Sequence

机译:k-斐波那契数列的迭代二项式变换

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摘要

In this paper, we study the iterated application of the Binomial transform, the k–Binomial transform, the Rising k–Binomial transform, and the Falling k–Binomial transform to the k–Fibonacci sequence. In particular, we obtain the recurrence relation between the terms of the sequences obtained from these transforms and prove that they are all generalized Fibonacci sequences. As a consequence of this result, we obtain the Generating Function of these sequences, and Binnet Identity and Combinatorial Formula for the general term of each of them. We can consider the iterated application of the Binomial transforms as a new way to get integer sequences. But the way we have done, we have also found the recurrence relation between the terms of these sequences and how to find the general term of the same, either by the Binet Identity and the Combinatorial formula.
机译:在本文中,我们研究了将二项式变换,k-二项式变换,Rising k-二项式变换和Falling k-二项式变换对k-Fibonacci序列的迭代应用。特别地,我们获得了从这些变换获得的序列项之间的递归关系,并证明它们都是广义的斐波那契序列。作为此结果的结果,我们获得了这些序列的生成功能,以及每个序列的统称的Binnet身份和组合公式。我们可以将二项式变换的迭代应用视为获取整数序列的新方法。但是,通过这样做的方法,我们还通过Binet Identity和Combinatorial公式找到了这些序列的术语与如何找到相同序列的通用术语之间的递归关系。

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