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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.
The second (dataset #2, 13,933 positions) includes the same set of characters with 3rd codon positions of the protein-coding genes converted into purine (R) and pyrimidine (Y), and the third matrix (dataset #3, 10,347 positions) with the 3rd codon positions excluded.
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The digits of one matrix were presented in black, those of another matrix were presented in colors that were congruent to C.'s synesthetic colors and those of the third matrix were presented in colors that were incongruent with C.'s synesthetic colors.
The roster of dropped names above is a partial culling from reviews of the first "Hulk" and the second "Matrix" and from the sundry "think pieces" they have inspired in these and other pages.
containing the typical pixels of both regions (Stypical1) and (Stypical2), and the second matrix: T 2 = T max < α (12).
On the right-hand side of (13), the first matrix is the mass lumping matrix for intermediate and sink vertices using the row sum technique; and, the second matrix is the discrete transport operator for source and intermediate vertices.
On the right-hand side of (14), the first matrix is the consistent mass matrix for intermediate and sink vertices; and, the second matrix is the discrete transport operator for source vertices only, i.e., the required form.
It was like when Christina Aguilera first came out, everybody still thought trip-hop was acceptable, and the first Matrix movie was something people would still admit to liking.
Jamu-plant-disease relations can be represented using 2 matrices: first matrix is Jamu-plant relation with dimension 3138 × 465 and the second matrix is Jamu-disease relation with dimension 3138 × 18.
Then, a first matrix is built leaving out the tissues (columns) with the highest variance for each state and the second matrix by leaving out the tissues with the lowest variance for each state.
The size of each of the word sets Ω1 and Ω2 recognized by the first and the second matrix at the given thresholds, or the probabilities P({ ω : ω ∈ Ω1}), P({ ω : ω ∈ Ω2}) in case of weighted words, can be calculated using the strategy described in [ 17].
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com