The classical Specht criterion for the unitary similarity between two complex n × n matrices is extended to the unitary similarity between two normal matrix sets of cardinality m. This property means that the algebra generated by a set is closed with respect to the conjugate transpose operation. Similar to the well-known result of Pearcy that supplements Specht's theorem, the proposed extension can be made a finite criterion. The complexity of this criterion depends on n as well as the length l of the algebras under analysis. For a pair of matrices, this complexity can be significantly lower than that of the Specht-Pearcy criterion
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
AbstractFor selfadjoint and unitary matrices with respect to indefinite inner products on finite dim...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
AbstractThe fact that given complex n×n matrices A and B are (or are not) unitarily similar can be v...
AbstractWe give several criteria of unitary similarity of a normal matrix A and any matrix B in term...
Abstract. In this paper we provide generalizations of Specht’s Theorem which states that two n × n m...
AbstractWe obtain a set of polynomials in A, A∗ (A an n × n matrix) whose traces completely characte...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
AbstractFor selfadjoint and unitary matrices with respect to indefinite inner products on finite dim...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
The classical Specht criterion for the unitary similarity between two complex n × n matrices is exte...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
A criteria for unitary congruence between matrices is discussed. Matrices are proved to be unitarily...
AbstractThe fact that given complex n×n matrices A and B are (or are not) unitarily similar can be v...
AbstractWe give several criteria of unitary similarity of a normal matrix A and any matrix B in term...
Abstract. In this paper we provide generalizations of Specht’s Theorem which states that two n × n m...
AbstractWe obtain a set of polynomials in A, A∗ (A an n × n matrix) whose traces completely characte...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...
AbstractFor selfadjoint and unitary matrices with respect to indefinite inner products on finite dim...
Matrices A and B are said to be unitarily similar if U*AU = B for some unitary matrix U. This exposi...