Abstract:In this paper, first we define Horadam octonions by Horadam sequence which is a generalization of second order recurrence relations. Also, we give some fundamental properties involving the elements of that sequence. Then, we obtain their Binet-like formula, ordinary generating function and Cassini identity.Mathematics Subject Classification (2010). 11B39, 17A20.
“…Note that, the second order linear recurence octonion sequences for example in [8], they defined modified Pell and Modified −Pell octonions and in [9], authors studied Pell octonions. Moreover in [10], ( , ) −Fibonacci octonions are obtained which is the same results in [3] but the initial conditions are ( , ) = 0 and ( , ) = 1 , also in [11]. Another octonionic sequence was devoted to studying Jacobsthal and Jacobsthal-Lucas octonions in [12].…”
Section: = −mentioning
confidence: 53%
“…In our work, we introduce for finding special identities of generalized tribonacci octonions. We motivate by their results in [2], [3] and [4]. In [3], they studied Horadam octonions.…”
Section: = −mentioning
confidence: 97%
“…We motivate by their results in [2], [3] and [4]. In [3], they studied Horadam octonions. In [5], they considered Padovan and Pell-Padovan quater-nions which is the third order quaternions.…”
In this paper, we introduce generalized tribonacci octonion sequence which is a generalization of the third order recurrence relations. We investigate many identities which are created by using generalized tribonacci sequence. We get different results for these classes of octonions, comprised recurrence relation, summation formulas, Binet formula, norm value and generating function.
“…Note that, the second order linear recurence octonion sequences for example in [8], they defined modified Pell and Modified −Pell octonions and in [9], authors studied Pell octonions. Moreover in [10], ( , ) −Fibonacci octonions are obtained which is the same results in [3] but the initial conditions are ( , ) = 0 and ( , ) = 1 , also in [11]. Another octonionic sequence was devoted to studying Jacobsthal and Jacobsthal-Lucas octonions in [12].…”
Section: = −mentioning
confidence: 53%
“…In our work, we introduce for finding special identities of generalized tribonacci octonions. We motivate by their results in [2], [3] and [4]. In [3], they studied Horadam octonions.…”
Section: = −mentioning
confidence: 97%
“…We motivate by their results in [2], [3] and [4]. In [3], they studied Horadam octonions. In [5], they considered Padovan and Pell-Padovan quater-nions which is the third order quaternions.…”
In this paper, we introduce generalized tribonacci octonion sequence which is a generalization of the third order recurrence relations. We investigate many identities which are created by using generalized tribonacci sequence. We get different results for these classes of octonions, comprised recurrence relation, summation formulas, Binet formula, norm value and generating function.
“…If we take the initial conditions w 0 = 2 and w 1 = b, we get the bi-periodic Lucas octonions in [28]. Also, if we take a = b = 1 in {w n }, we get the Horadam octonion numbers in [15] with the case of q = 1.…”
Section: The Generalized Bi-periodic Fibonacci Octonionsmentioning
confidence: 99%
“…For related studies on different types of sequences over octonion algebra, we refer to [4,15,16,20,21].…”
In this paper, we present a further generalization of the biperiodic Fibonacci quaternions and octonions. We give the generating function, the Binet formula, and some basic properties of these quaternions and octonions. The results of this paper not only give a generalization of the bi-periodic Fibonacci quaternions and octonions, but also include new results such as the matrix representation and the norm value of the generalized bi-periodic Fibonacci quaternions.2000 Mathematics Subject Classification. 11B39, 05A15, 11R52.
In this paper we define and we study properties of (l, 1, p + 2q, q · l) − numbers, (l, 1, p + 2q, q · l) − quaternions, (l, 1, p + 2q, q · l) − symbol elements. Finally, we obtain an algebraic structure with these elements.
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