Proceedings of the American Mathematical Society · 1954 · 103 citations · 4 references
Natural SciencesProperty LawComplex SystemsFault ToleranceRepresentation TheoryEigenvalue ProblemsLinear AlgebraMatrix ComputationMatrix StructureNumerical Linear AlgebraNumerical StabilityMatrix Eigenvalue ProblemsSingular Value Analysis
The singular values of a matrix A (with complex elements) are the non-negative square roots of the eigenvalues of A *A, where A * is the conjugate transpose of A. Let us call a pair of n-tuples (X1, * * , An), (at, * , aC.) allowable if there exists an nth order matrix with eigenvalues '1, * * *, Xn and singular values a,, * * *, an. (Weyl [1 ] has proved that if (X1, * * , Xn), (a,, * * * , an) is allowable and if
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The Theory of Group Representations
A. R. Richardson, F. D. Murnaghan · The Mathematical Gazette · 1939 · 476 citations
The characteristic roots of matrices
W. V. Parker · Duke Mathematical Journal · 1945 · 34 citations