2014FilomatOpen access

Zero-term rank inequalities and their extreme preservers

Seok-Zun Song, Seong-Hee Heo

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Abstract

The zero-term rank of a matrix A over a semiring S is the least number of lines (rows or columns) needed to include all the zero entries in A. In this paper, we characterize linear operators that preserve the sets of matrix ordered pairs which satisfy extremal properties with respect to zero-term rank inequalities of matrices over nonbinary Boolean algebras.

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The zero-term rank of a matrix A over a semiring S is the least number of lines (rows or columns) needed to include all the zero entries in A. In this paper, we characterize linear operators that preserve the sets of matrix ordered pairs which satisfy extremal properties with respect to zero-term rank inequalities of matrices over nonbinary Boolean algebras.

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Available abstract

The zero-term rank of a matrix A over a semiring S is the least number of lines (rows or columns) needed to include all the zero entries in A. In this paper, we characterize linear operators that preserve the sets of matrix ordered pairs which satisfy extremal properties with respect to zero-term rank inequalities of matrices over nonbinary Boolean algebras.

Key concepts: Mathematics, Zero (linguistics), Rank (graph theory), Term (time), Combinatorics, Matrix (chemical analysis), Row, Semiring

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