activity
20042020
most citedWeak CSR expansions and transience bounds in max-plus algebra

22 citations · 61 across the 12 of their papers we have counts for

collaborators

14 papers

math.CO2020

New bounds on the periodicity transient of the powers of a tropical matrix: using cyclicity and factor rank

Arthur Kennedy-Cochran-Patrick, Glenn Merlet, Thomas Nowak +1

Building on the weak CSR approach developed in a previous paper by Merlet, Nowak and Sergeev, we establish new bounds for the periodicity threshold of the powers of a tropical matr…

math.RA2020

Tropical linear representations of the Chinese monoid

Zur Izhakian, Glenn Merlet

We introduce a faithful tropical linear representation of the Chinese monoid, and thus prove that this monoid admits all the semigroup identities satisfied by tropical triangular m…

math.RA2019

Semigroup identities of supertropical matrices

Z. Izhakian, G. Merlet

We prove that, for any , the monoid of all supertropical matrices extending tropical matrices satisfies nontrivial semigroup identities. These identities are carrie…

math.RA2018★ 6 cited

Semigroup identities of tropical matrices through matrix ranks

Zur Izhakian, Glenn Merlet

We prove the conjecture that, for any , the monoid of all tropical matrices satisfies nontrivial semigroup identities. To this end, we prove that the factor rank of…

math.CO2017

On the Tightness of Bounds for Transients of Weak CSR Expansions and Periodicity Transients of Critical Rows and Columns of Tropical Matrix Powers

Glenn Merlet, Thomas Nowak, Sergei Sergeev

We study the transients of matrices in max-plus algebra. Our approach is based on the weak CSR expansion. Using this expansion, the transient can be expressed by ,…

cs.FL2016★ 4 cited

Comparison of max-plus automata and joint spectral radius of tropical matrices

Laure Daviaud, Pierre Guillon, Glenn Merlet

Weighted automata over the max-plus semiring S are closely related to finitely generated semigroups of matrices over S. In this paper, we use results in automata theory to study tw…