Abstract:In this study, we investigate the Padovan (or Cordonnier) and Perrin generalized quaternions. We obtain the new identities for these special quaternions related to matrix forms. We also introduce Binet-like formulae, generating functions, several summation, and binomial properties concerning these quaternions.
“…It is well known that the sum of the first n terms for the Padovan and Perrin sequences can be given as follows, respectively, Generalizations and some properties of the Padovan sequence can be found in [7][8][9][10][11]. It is the aim of this paper to explore some of the properties of the third-order sequences of thePadovan and Perrin numbers {} n P and {} n R , respectively, and their weighted sums.…”
“…It is well known that the sum of the first n terms for the Padovan and Perrin sequences can be given as follows, respectively, Generalizations and some properties of the Padovan sequence can be found in [7][8][9][10][11]. It is the aim of this paper to explore some of the properties of the third-order sequences of thePadovan and Perrin numbers {} n P and {} n R , respectively, and their weighted sums.…”
There are a lot of quaternion numbers that are related to the Fibonacci and Lucas numbers or their generalizations have been described and extensively explored. The coefficients of these quaternions have been chosen from terms of Fibonacci and Lucas numbers. In this study, we define two new quaternions that are pseudo-Fibonacci and pseudo-Lucas quaternions. Then, we give their Binet-like formulas, generating functions, certain binomial sums and Honsberg-like, d'Ocagne-like, Catalan-like and Cassini-like identities.2010 Mathematics Subject Classification. 11B39.
“…Some properties of Padovan quaternions are studied in [15]. Padovan and Perrin generalized quaternions are determined in [24]. Real quaternions with generalized Tribonacci numbers are examined in [2].…”
This manuscript deals with introducing and discussing of a new type dual quaternions which are named generalized Tribonacci dual quaternions (GTDQ, for short). For this purpose, several new properties, such as Binet formula, generating function, exponential generating function, matrix formula, and determinant equations, are established. In addition to these, some numerical algorithms are constructed. In the last part, some special cases of the family of the GTDQ are examined regarding r, s, t values and initial values considering concluded results.
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