Characterization of p-ary functions in terms of association schemes and its applications

12/13/2021
by   Yansheng Wu, et al.
0

We obtain an explicit criterion for p-ary functions to produce association schemes in terms of their Walsh spectrum. Employing this characterization, we explicitly find a correlation between p-ary bent functions and association schemes; to be more exact, we prove that a p-ary bent function induces a p-class association scheme if and only if the function is weakly regular. As applications of our main criterion, we construct many infinite families of few-class association schemes arising from p-ary functions. Furthermore, we present four classes of p-ary two-weight linear codes, which are constructed from the association schemes produced in this paper.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
09/10/2018

Strongly regular graphs from weakly regular plateaued functions

The paper provides the first constructions of strongly regular graphs an...
research
03/20/2023

Linear Codes From Two Weakly Regular Plateaued Functions with index (p-1)/2

Linear codes are the most important family of codes in coding theory. So...
research
05/10/2020

Minimal Linear Codes From Weakly Regular Plateaued Balanced Functions

Linear codes have diverse applications in secret sharing schemes, secure...
research
02/17/2020

Codes with few weights arising from linear sets

In this article we present a class of codes with few weights arising fro...
research
08/11/2018

Several classes of minimal linear codes with few weights from weakly regular plateaued functions

Minimal linear codes have significant applications in secret sharing sch...
research
08/19/2020

Matchings, hypergraphs, association schemes, and semidefinite optimization

We utilize association schemes to analyze the quality of semidefinite pr...
research
03/12/2018

Quadratic and symmetric bilinear forms over finite fields and their association schemes

Let Q(m,q) and S(m,q) be the sets of quadratic forms and symmetric bilin...

Please sign up or login with your details

Forgot password? Click here to reset