Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

On the Study of Families of Linearized Polynomials over Finite Fields

View through CrossRef
Linearized polynomials are gaining attention from many researchers because of their applications in the field of coding theory, cryptography and finite geometry. The linearized polynomials of the type Tlk (Z) and Slk (Z) were recently introduced in the literature. The characterization of these linearized polynomials and patterns in their roots over finite fields have been extensively studied by various authors. In the present paper, we extend the study of families of linearized polynomials Tlk (Z) and Slk (Z) by taking k and l as prime powers and construct new families of linearized polynomials over finite fields. Further, we establish relation between linearized polynomials Tlk (Z) and Slk (Z) which may be helpful in determining zeros of these polynomials over finite fields.
Title: On the Study of Families of Linearized Polynomials over Finite Fields
Description:
Linearized polynomials are gaining attention from many researchers because of their applications in the field of coding theory, cryptography and finite geometry.
The linearized polynomials of the type Tlk (Z) and Slk (Z) were recently introduced in the literature.
The characterization of these linearized polynomials and patterns in their roots over finite fields have been extensively studied by various authors.
In the present paper, we extend the study of families of linearized polynomials Tlk (Z) and Slk (Z) by taking k and l as prime powers and construct new families of linearized polynomials over finite fields.
Further, we establish relation between linearized polynomials Tlk (Z) and Slk (Z) which may be helpful in determining zeros of these polynomials over finite fields.

Related Results

Family Pediatrics
Family Pediatrics
ABSTRACT/EXECUTIVE SUMMARYWhy a Task Force on the Family?The practice of pediatrics is unique among medical specialties in many ways, among which is the nearly certain presence of ...
Truncated-Exponential-Based Appell-Type Changhee Polynomials
Truncated-Exponential-Based Appell-Type Changhee Polynomials
The truncated exponential polynomials em(x) (1), their extensions, and certain newly-introduced polynomials which combine the truncated exponential polynomials with other known pol...
On Semi-Classical Orthogonal Polynomials Associated with a Modified Sextic Freud-Type Weight
On Semi-Classical Orthogonal Polynomials Associated with a Modified Sextic Freud-Type Weight
Polynomials that are orthogonal with respect to a perturbation of the Freud weight function by some parameter, known to be modified Freudian orthogonal polynomials, are considered....
Orthogonality of quasi-orthogonal polynomials
Orthogonality of quasi-orthogonal polynomials
A result of P?lya states that every sequence of quadrature formulas Qn(f) with n nodes and positive Cotes numbers converges to the integral I(f) of a continuous function f pr...
Symmetric $*$-polynomials on $\mathbb C^n$
Symmetric $*$-polynomials on $\mathbb C^n$
$*$-Polynomials are natural generalizations of usual polynomials between complex vector spaces. A $*$-polynomial is a function between complex vector spaces $X$ and $Y,$ which is a...
Krein–Sobolev Orthogonal Polynomials II
Krein–Sobolev Orthogonal Polynomials II
In a recent paper, Littlejohn and Quintero studied the orthogonal polynomials {Kn}n=0∞—which they named Krein–Sobolev polynomials—that are orthogonal in the classical Sobolev space...
On λ-Changhee–Hermite polynomials
On λ-Changhee–Hermite polynomials
Abstract In this paper, we introduce a new class of λ-analogues of the Changhee–Hermite polynomials and generalized Gould–Hopper–Appell type λ-Changhee polynomials, ...

Back to Top