Section NLT: Nilpotent Linear Transformations
NM64 Nilpotent matrix, size 6, index 4
NM62 Nilpotent matrix, size 6, index 2
JB4 Jordan block, size 4
NJB5 Nilpotent Jordan block, size 5
NM83 Nilpotent matrix, size 8, index 3
KPNLT Kernels of powers of a nilpotent linear transformation
CFNLT Canonical form for a nilpotent linear transformation
Section IS: Invariant Subspaces
TIS Two invariant subspaces
EIS Eigenspaces as invariant subspaces
ISJB Invariant subspaces and Jordan blocks
GE4 Generalized eigenspaces, dimension 4 domain
GE6 Generalized eigenspaces, dimension 6 domain
LTRGE Linear transformation restriction on generalized eigenspace
ISMR4 Invariant subspaces, matrix representation, dimension 4 domain
ISMR6 Invariant subspaces, matrix representation, dimension 6 domain
GENR6 Generalized eigenspaces and nilpotent restrictions, dimension 6 domain
Section JCF: Jordan Canonical Form
JCF10 Jordan canonical form, size 10
Section ROD: Rank One Decomposition
ROD2 Rank one decomposition, size 2
ROD4 Rank one decomposition, size 4
Section TD: Triangular Decomposition
TD4 Triangular decomposition, size 4
TDSSE Triangular decomposition solves a system of equations
TDEE6 Triangular decomposition, entry by entry, size 6
Section SVD: Singular Value Decomposition
Section SR: Square Roots
Section POD: Polar Decomposition
Section F: Fields
IM11 Integers mod 11
VSIM5 Vector space over integers mod 5
SM2Z7 Symmetric matrices of size 2 over $\Z_7$
FF8 Finite field of size 8
Section T: Trace
Section HP: Hadamard Product
HP Hadamard Product
Section VM: Vandermonde Matrix
VM4 Vandermonde matrix of size 4
Section PSM: Positive Semi-Definite Matrices
Section CF: Curve Fitting
PTFP Polynomial through five points
Section SAS: Sharing a Secret
SS6W Sharing a secret 6 ways