# Numerical linear algebra: Trending topics

The following are the current most viewed articles on Wikipedia within Wikipedia's Numerical linear algebra category. Think of it as a What's Hot list for Numerical linear algebra. More info »

This is a beta release and so the figures may be a day or two out of date. We'd love to get your thoughts.

Rank Topic Wikipedia views
1 Matrix multiplication 4,214
2 MATLAB 3,907
3 System of linear equations 2,317
4 Singular value decomposition 2,301
5 Gaussian elimination 1,786
6 LU decomposition 1,076
7 Cholesky decomposition 939
8 Kernel (matrix) 901
9 Row echelon form 891
10 Gauss–Jordan elimination 843
11 Eigenvalue algorithm 826
12 Triangular matrix 787
14 QR decomposition 542
15 Gauss–Seidel method 522
16 Moore–Penrose pseudoinverse 483
17 LINPACK 400
18 Jacobi method 335
19 Vandermonde matrix 309
20 Diagonally dominant matrix 293
21 Strassen algorithm 280
22 Householder transformation 268
23 LAPACK 262
24 Basic Linear Algebra Subprograms 261
25 Tridiagonal matrix algorithm 239
26 Lanczos algorithm 212
27 Successive over-relaxation 191
28 Pivot element 180
29 QR algorithm 170
30 Power iteration 170
31 Givens rotation 155
32 Circulant matrix 151
33 Basis function 131
34 Numerical linear algebra 111
35 Preconditioner 108
36 Jacobi eigenvalue algorithm 98
37 Generalized minimal residual method 97
39 Math Kernel Library 93
40 Hilbert matrix 92
41 Modal analysis using FEM 92
42 Krylov subspace 86
43 Arnoldi iteration 79
44 In-place matrix transposition 67
45 Automatically Tuned Linear Algebra Software 55
46 Jacket (software) 55
47 General Matrix Multiply 53
48 Block matrix pseudoinverse 52
50 Minimum degree algorithm 43
51 Inverse iteration 42
52 AMD Core Math Library 36
53 Biconjugate gradient stabilized method 34
54 Divide-and-conquer eigenvalue algorithm 32
55 SAXPY 32
56 Backfitting algorithm 30
57 Frontal solver 29
58 Iterative refinement 27
59 EISPACK 26
60 Montante's method 26
61 LU reduction 26
62 Incomplete Cholesky factorization 26
63 Speakeasy (computational environment) 26
64 Bareiss algorithm 25
65 Rayleigh quotient iteration 24
66 Block Wiedemann algorithm 24
67 Derivation of the conjugate gradient method 24
68 Jacobi rotation 23
69 Incomplete LU factorization 21
70 Matrix-free methods 21
71 Kaczmarz method 20
72 Bidiagonalization 20
73 Modified Richardson iteration 19
74 Block Lanczos algorithm for nullspace of a matrix over a finite field 19
75 Cannon's algorithm 15
76 SPIKE algorithm 14
77 Stieltjes matrix 12
78 Wilkinson matrix 11
79 Stone method 11
80 Pseudospectrum 11
81 Portable, Extensible Toolkit for Scientific Computation 11
82 Sparse approximation 10
83 LOBPCG 10
84 Freivald's algorithm 8
85 Folded spectrum method 7
86 Nested dissection 7
87 BLOPEX less than 5 views
88 ABS methods less than 5 views
89 Chebyshev iteration less than 5 views
90 Hypre less than 5 views

# Encyclopedia

Numerical linear algebra is the intersection of numerical analysis and linear algebra: its purpose is the design and analysis of algorithms for the numerical solution of matrix problems. The most important problems are the solution of a system of linear equations and the determination of eigenvalues.

The main article for this category is Numerical linear algebra.

## Subcategories

This category has the following 2 subcategories, out of 2 total.

## Pages in category "Numerical linear algebra"

The following 77 pages are in this category, out of 77 total. This list may not reflect recent changes (learn more).