AbstractThe purpose of this note is to characterize all situations in which a linear combination of two commuting tripotent matrices is also a tripotent matrix. In the case of real scalars and real symmetric matrices, this problem admits an interesting statistical interpretation. Namely, it is equivalent to the question of when a linear combination of two quadratic forms in normal variables, each distributed as a difference of two independent χ2-variables, is also distributed as such a difference
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
It has been established a 3(n)-term disjoint idempotent decomposition ( DID) for the linear combinat...
We propose an algorithm, which is based on the method given by Kişi and Özdemir in [Math Commun, 23 ...
The purpose of this note is to characterize all situations in which a linear combination of two comm...
AbstractThe purpose of this note is to characterize all situations in which a linear combination of ...
AbstractThis paper concerns with the tripotency of a linear combination of three matrices, which has...
Let T-1 and T-2 be two nonzero commuting n x n tripotent matrices and c(1), c(2) two nonzero complex...
The aim of this paper is to provide alternate proofs of all the results of our previous paper [2] in...
AbstractThe problem of characterizing situations, in which a linear combination C=c1A+c2B of an idem...
AbstractThis paper concerns with the tripotency of a linear combination of three matrices, which has...
Let A = c(1)A(1) + c(2)A(2), where c(1), c(2) are nonzero complex numbers and (A(1), A(2)) is a pair...
Given nonzero commuting tripotent matrices 1 2,T T and 3T, i.e., 3 =i iT T and TiTj = TjTi, i, j = ...
P-1, P-2 and P-3 being any three different nonzero mutually commutative n x n idempotent matrices, a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
It has been established a 3(n)-term disjoint idempotent decomposition ( DID) for the linear combinat...
We propose an algorithm, which is based on the method given by Kişi and Özdemir in [Math Commun, 23 ...
The purpose of this note is to characterize all situations in which a linear combination of two comm...
AbstractThe purpose of this note is to characterize all situations in which a linear combination of ...
AbstractThis paper concerns with the tripotency of a linear combination of three matrices, which has...
Let T-1 and T-2 be two nonzero commuting n x n tripotent matrices and c(1), c(2) two nonzero complex...
The aim of this paper is to provide alternate proofs of all the results of our previous paper [2] in...
AbstractThe problem of characterizing situations, in which a linear combination C=c1A+c2B of an idem...
AbstractThis paper concerns with the tripotency of a linear combination of three matrices, which has...
Let A = c(1)A(1) + c(2)A(2), where c(1), c(2) are nonzero complex numbers and (A(1), A(2)) is a pair...
Given nonzero commuting tripotent matrices 1 2,T T and 3T, i.e., 3 =i iT T and TiTj = TjTi, i, j = ...
P-1, P-2 and P-3 being any three different nonzero mutually commutative n x n idempotent matrices, a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
Let A be an algebra. An element A∈A is called tripotent if A3=A. We study the questions: if both A a...
It has been established a 3(n)-term disjoint idempotent decomposition ( DID) for the linear combinat...
We propose an algorithm, which is based on the method given by Kişi and Özdemir in [Math Commun, 23 ...