Results 121 to 130 of about 12,719 (235)
ON GAUSSIAN FIBONACCI FUNCTIONS WITH GAUSSIAN FIBONACCI AND FIBONACCI NUMBERS
openaire +1 more source
A Fibonacci- és Lucas-sorozatok négyzetszám értékei
A dolgozat a Fibonacci- és Lucas-sorozat néhány tulajdonságát, közös elemeit és négyzetszám értékeit ismerteti.gjMatematika BscBSc ...
Székely, Erika
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Fibonacci numbers: Brief history and counting problems
You undoubtedly know about Fibonacci numbers. But did you know these facts about them?
Britz, Thomas ; https://orcid.org/
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Generalized Fibonacci Dynamical Systems
In this paper we consider generalizations of dynamical systems that are based on the Fibonacci sequence. We first study stability properties of such systems for both the continuous and discrete–time case.
Balestrino, A +2 more
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The p-adic valuation of Lucas sequences
Let (un)n≥0 be a nondegenerate Lucas sequence with characteristic polynomial X2 − aX − b, for some relatively prime integers a and b. For each prime number p and each positive integer n, we give simple formulas for the p-adic valuation νp(un), in terms ...
Sanna, Carlo
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Metrical Combinatorics and the Real Half of the Fibonacci Sequence
William J. Idsardi, Juan Uriagereka
doaj +1 more source
Aplicación del modelo ARIMA para la producción de la papa en la región de Puno-Perú
La producción de la papa es de importancia económica y social para la población de la región de Puno, que se encuentra ubicada junto al lago Titicaca (lago navegable más alto del mundo) a una altitud entre 3500 y 4100 m s.n.m. al sur del Perú.
Luis Francisco Laurente Blanco +1 more
doaj
Hybrid threshold adaptable quantum secret sharing scheme with reverse Huffman-Fibonacci-tree coding
Hybrid threshold adaptable quantum secret sharing scheme with reverse Huffman-Fibonacci-tree ...
J Zhang (7490018) +6 more
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Comparative analysis of temperature effect on bandgap characteristics in 1D phononic crystals: Periodic versus quasiperiodic structures. [PDF]
Heravi FJ +9 more
europepmc +1 more source
Binomial Sums Involving Second-Order Linearly Recurrent Sequences
Consider the sequences ( U-n : n is an element of N-0 ) and ( V-n : n is an element of N) satisfying the second order linear recurrences U-n = pU(n-1) + Un-2 and V-n = pV (n-1) + Vn-2 with the initial conditions U-0 = 0, U-1 = 1, V-0 = 2, and V-1 = p. We
Kılıç, Emrah, Campbell, John m.
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