Definition of Eigenvalues

1. Noun. (plural of eigenvalue) ¹

¹ Source: wiktionary.com

Definition of Eigenvalues

1. eigenvalue [n] - See also: eigenvalue

Lexicographical Neighbors of Eigenvalues

eigenspectrums
eigenspinor
eigenspinors
eigenstate
eigenstates
eigenstructure
eigenstructures
eigensubspace
eigensubspaces
eigensystems
eigentime
eigentone
eigentones
eigentriples
eigenvalue
eigenvalues (current term)
eigenvarieties
eigenvector
eigenvectors
eigenwaves
eigh
eight
eight-ball
eight-bar blues
eight-membered
eight-pack
eight-packs
eight-penny nail
eight-spot
eight-thousander

Literary usage of Eigenvalues

Below you will find example usage of this term as found in modern and/or classical literature:

1. Inequalities in Statistics and Probability: Proceedings of the Symposium on by Yung Liang Tong (1984)
"5 ( l984), l73-l77 STOCHASTIC MAJORIZATION OF THE LOG-eigenvalues OF A BIVARIATE ... Key words and phrases: Bivariate Wishart distribution, log-eigenvalues, ..."

2. Real Analysis by Andrew M. Bruckner, Judith B. Bruckner, Brian S. Thomson (1997)
"14.8 Eigenvectors and eigenvalues One of the most successful and applicable of the results one learns in elementary linear algebra is that of characterizing ..."

3. Problem Solving For Tomorrow's World: First Measures Of Cross-curricular by OECD Staff (2004)
"eigenvalues for the first 12 factors The eigenvalues of the first factors are shown in Table A2.1. Table A2.1 eigenvalues of the first 12 factors and total ..."

4. SAS/IML 9.1 by SAS Institute (2004)
"The EIGEN subroutine computes eigenvalues, a matrix containing the eigenvalues of A. If A is symmetric, eigenvalues is the nx 1 vector containing the n real ..."

5. Theoretical Kinematics by Oene Bottema, Bernard Roth (1990)
"The eigenvalues of an orthogonal matrix We have seen that a rotation R about O is accompanied by an orthogonal matrix A = ,l|alk ||. ..."

6. Geometry of Non-Linear Differential Equations, Backlund Transformations, and by Robert Hermann (1976)
"... given a solution u(x,t) of (1.2), the eigenvalues of the time-dependent linear differential operator d2 At = + u( ,t) are independent of t. ..."

7. Convex Optimization & Euclidean Distance Geometry by Jon Dattorro (2005)
"In contrast, —V^-DV^f is positive semidefinite but its nonzero eigenvalues are generally different. 4.7.3.0.1 Theorem. EDM rank versus affine dimension r. ..."

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