AbstractSystems of linear equations of the form A⊗X = B⊗X and of the form A⊗X = A⊗Y over the structure based on linearly ordered commutative group (G, ⊗, ≤) where the role of ⊕ plays the maximum are treated. Necessary solvability conditions are derived using known results concerning eigenvectors of matrices in such structures. In the special case of idempotent, increasing matrices A and B a condition is given which is necessary and sufficient for the existence of a non-trivial solution
AbstractWe characterize the existence of a positive definite l×l matrix X the entries of which satis...
AbstractIn this paper we present necessary and sufficient conditions for the existence of solutions ...
AbstractThe general problem considered is that of solving a linear system of equations which is sing...
AbstractColumns of a matrix A in the minimax algebra are called strongly linearly independent if for...
AbstractMost methods for solving linear systems Ax=b are founded on the ability to split up the matr...
AbstractThe matrix equation ∑∑fikAiXBk = C is discussed, based on the algebraic approach of Djaferis...
AbstractA sufficient condition is given, involving the grade of an ideal as modified by M. Hochster,...
AbstractLet RE denote the set of all m × n matrices over an algebraically closed field F whose ranks...
AbstractTwo extremal algebras ℬ=(B⊕,⊗) based on a linearly ordered set (B, ⩽) are considered: in the...
A Semiring is an algebraic structure (S,+,x) such that (S,+) is a commutative Semigroup with identit...
AbstractFor the pair of matrix equations AX = C, XB = D this paper gives common solutions of minimum...
AbstractLet A, A1, A2, …, An be given n × n Hermitian matrices and λ1, λ2, …, λn be given real numbe...
AbstractA generalized rank (McCoy rank) of a matrix with entries in a commutative ring R with identi...
AbstractLet G = (G, ⊗, ≤) be a linearly ordered, commutative group and u⊕v = max(u, v) for all u, v ...
AbstractThe necessary and sufficient conditions for the existence of and the expressions for the sym...
AbstractWe characterize the existence of a positive definite l×l matrix X the entries of which satis...
AbstractIn this paper we present necessary and sufficient conditions for the existence of solutions ...
AbstractThe general problem considered is that of solving a linear system of equations which is sing...
AbstractColumns of a matrix A in the minimax algebra are called strongly linearly independent if for...
AbstractMost methods for solving linear systems Ax=b are founded on the ability to split up the matr...
AbstractThe matrix equation ∑∑fikAiXBk = C is discussed, based on the algebraic approach of Djaferis...
AbstractA sufficient condition is given, involving the grade of an ideal as modified by M. Hochster,...
AbstractLet RE denote the set of all m × n matrices over an algebraically closed field F whose ranks...
AbstractTwo extremal algebras ℬ=(B⊕,⊗) based on a linearly ordered set (B, ⩽) are considered: in the...
A Semiring is an algebraic structure (S,+,x) such that (S,+) is a commutative Semigroup with identit...
AbstractFor the pair of matrix equations AX = C, XB = D this paper gives common solutions of minimum...
AbstractLet A, A1, A2, …, An be given n × n Hermitian matrices and λ1, λ2, …, λn be given real numbe...
AbstractA generalized rank (McCoy rank) of a matrix with entries in a commutative ring R with identi...
AbstractLet G = (G, ⊗, ≤) be a linearly ordered, commutative group and u⊕v = max(u, v) for all u, v ...
AbstractThe necessary and sufficient conditions for the existence of and the expressions for the sym...
AbstractWe characterize the existence of a positive definite l×l matrix X the entries of which satis...
AbstractIn this paper we present necessary and sufficient conditions for the existence of solutions ...
AbstractThe general problem considered is that of solving a linear system of equations which is sing...