From left side, first matrix is named S, second matrix is named B (2) and the third one is named ({hat {P}^{(2)}}).
From left side, first matrix is named S, second matrix is named B (0) and the third one is ({hat {P}^{(0)}}) and ω 1=2π/N 1 corresponds to the fundamental angular frequency.
In (23), from left side, the first matrix is named S(n) and second one is named M S which is final measurement matrix.
where from left side, the second matrix is named R ϕ which is rotated state transition matrix and the first and the third matrix are named X(n) and X(n−1) which are rotated state vectors at sample n and n−1 respectively.
From left side, the first matrix is named P M t) which is state vector at time t, the second one named ϕ which is state transition matrix and the third one named P M t 0) which is state vector at time t 0. After state equations, measurement equations are obtained.
This family of matrices is named the M-matrix in [ 48], and it has been shown that such a matrix is invertible.
Since it involves a sequential normalization of column and line vectors of the matrix, this method was named Sequential Component Normalization (SCN).
The resolution of CGH has been improved by replacing the metaphase chromosomes, which have traditionally served as hybridization targets, with mapped and sequenced genomic DNA clones (bacterial artificial chromosomes, P1-derived artificial chromosome or cosmids) arrayed onto glass slides which was named "matrix-CGH" [ 4] or "array-CGH" [ 5].
After being cleaved from resin, it was transformed to a polymer which possesses a poly-propionyl core matrix with tat branches and was named polytat by radical polymerization.
Because the first metal dies for letters were named after the Latin word for "father," and thus called the patrix, while the mold that received the image was named, maternally, the matrix.
