activity
20082024
most citedOn the image of code polynomials under theta map

5 citations · 7 across the 18 of their papers we have counts for

collaborators

18 papers

math.CO2024

Neighbors, neighbor graphs and invariant rings in coding theory

Himadri Shekhar Chakraborty, Williams Chiari, Tsuyoshi Miezaki +1

In the present paper, we discuss the class of Type III and Type IV codes from the perspectives of neighbors. Our investigation analogously extends the results originally presented…

math.CO2024

Jacobi polynomials, invariant rings, and generalized -designs

Himadri Shekhar Chakraborty, Nur Hamid, Tsuyoshi Miezaki +1

In the present paper, we provide results that relate the Jacobi polynomials in genus . We show that if a code is -homogeneous that is, the codewords of the code for every giv…

math.CO2024

Weight Enumerators of codes over and over

A. K. M. Selim Reza, Manabu Oura, Nur Hamid

Weight enumerators are important tools for deciphering the algebraic structure of the related code spaces and for understanding group actions on these spaces. Our study focuses on…

math.CO2024

The Tutte polynomials of genus

Tsuyoshi Miezaki, Manabu Oura, Tadashi Sakuma +1

In the paper [Proceedings of the Japan Academy, Ser. A Mathematical Sciences, 95(10) 111-113], the authors introduce the concept of the Tutte polynomials of genus and announce…

math.CO2023

Note on the Type II codes of length

Shoyu Nagaoka, Manabu Oura

We express the weight enumerators of self-dual and doubly even (Type II for short) codes of length with a specified basis. As a consequence, we present some congruence relatio…

math.GR2023★ 1 cited

Basic Invariants of the Complex Reflection Group No.34 Constructed by Conway and Sloane

Manabu Oura, Jiro Sekiguchi

This paper studies the basic invariants, constructed by Conway and Sloane, of the complex reflection group numbered as 34 in the list of Shephard-Todd \cite{ST}.