NLA
- Course - Numerical Linear Algebra MT25U
- Notes - NLA MT25, Arnoldi decomposition and iterationU
- Notes - NLA MT25, Chebyshev polynomialsU
- Notes - NLA MT25, Cholesky factorisationU
- Notes - NLA MT25, Conjugate gradient methodU
- Notes - NLA MT25, Courant-Fischer minmax theoremU
- Notes - NLA MT25, CUR approximationU
- Notes - NLA MT25, Eigenvalue decompositionU
- Notes - NLA MT25, Eigenvalue problemsU
- Notes - NLA MT25, Gaussian random matricesU
- Notes - NLA MT25, Givens rotationsU
- Notes - NLA MT25, GMRES algorithmU
- Notes - NLA MT25, HMT algorithmU
- Notes - NLA MT25, Krylov subspace methodsU
- Notes - NLA MT25, Lanczos algorithmU
- Notes - NLA MT25, Lanczos decomposition and iterationU
- Notes - NLA MT25, Least-squaresU
- Notes - NLA MT25, Linear systemsU
- Notes - NLA MT25, LU factorisationU
- Notes - NLA MT25, Marchenko-Pastur theoremU
- Notes - NLA MT25, Numerical stabilityU
- Notes - NLA MT25, Overview of results and methodsU
- Notes - NLA MT25, Power methodU
- Notes - NLA MT25, PseudoinversesU
- Notes - NLA MT25, QR algorithmU
- Notes - NLA MT25, QR factorisationU
- Notes - NLA MT25, Randomised least-squaresU
- Notes - NLA MT25, Rayleigh-Ritz algorithmU
- Notes - NLA MT25, Schur decompositionU
- Notes - NLA MT25, Singular value decompositionU
- Notes - NLA MT25, Structured matricesU
- Notes - NLA MT25, SubspacesU
- Notes - NLA MT25, Useful miscellanyU
- Notes - NLA MT25, Vector and matrix normsU
- Notes - NLA MT25, Weyl’s inequalityU