Supertropical matrix algebra
By Zur Izhakian, Louis H. Rowen. 2008
81 citations recorded by the source corpus.
AbstractThe objective of this paper is to develop a general algebraic theory of supertropical matrix algebra, extending [11]. Our main results are as follows: The tropical determinant (i.e., permanent) is multiplicative when all the determinants involved are tangible.There exists an adjoint matrix adj(A) such that the matrix A adj(A) behaves much like the identity matrix (times |A|).Every matrix A is a supertropical root of its Hamilton-Cayley polynomial fA. If these roots are distinct, then A is conjugate (in a certain supertropical sense) to a diagonal matrix.The tropical determinant of a matrix A is a ghost iff the rows of A are tropically dependent, iff the columns of A are tropically dependent.Every root of fA is a “supertropical” eigenvalue of A (appropriately defined), and has a tangible supertropical eigenvector.
Subfields: Algebra and Number Theory, Computational Theory and Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/cc4014a611790b8effabd83253afe393f52c6817
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Citations in the corpus
- Supertropical matrix algebra II: Solving tropical equations (2009, methodology): “Here are some results from [6], which are reproved as easy applications of Theorem 2.”
- Supertropical semirings and supervaluations (2010, background): “ us to specialize to the max-plus theory. On the other hand, the ghost surpassing relation appears in virtually every supertropical theorem proved so far, especially in supertropical matrix theory in [IR2] and [IR3]. In the present paper the ghost surpassing relation is the essential gadget for unde”
- The Tropical Rank of a Tropical Matrix (2006, methodology): “The main goal of this article is a further development of the basics of tropical matrix algebra over the extended tropical semiring, (𝕋, ⊕, ⊙), as presented in [ 5 ]; we also use some of the terminology used in [ 8 , 9 ].”
- Supertropical linear algebra (2010, methodology): “• |adj(A)| = |A|n−1 [Izhakian and Rowen 2011a].”