Sentence examples for matrix to row from inspiring English sources

The Gaussian elimination is a similar algorithm; it transforms any matrix to row echelon form.

In addition, every polynomial matrix of full row rank for almost all q can be reduced through pre-multiplication by a unimodular matrix to row polynomial echelon form, and the form is canonical, i.e. any two such full row rank polynomial matrices which are related through pre-multiplication by a unimodular matrix have the same row polynomial echelon form.

The entry in the confusion matrix corresponds to row i, and column j represents the percentage of cells from class i assigned to class j.

A matrix to which row and column permutations may be applied is called 'reorderable matrix' by Bertin [3].

The rank can also be defined as the amount of non-zero rows of a new matrix, that is obtained reducing S matrix to its row-echelon form.

To assess significance, we permute the rows in the phenotype matrix relative to rows in the genotype matrix, calculate the statistic across the genome, and record the maximum.

In a number of domains, like in DNA microarray data analysis, we need to cluster simultaneously rows (genes) and columns (conditions) of a data matrix to identify groups of rows coherent with groups of columns.

For the matrix to express probabilities, the rows of the matrix are normalized to sum to one (∑ je ij = 1), and the probability is equally distributed over all allowable codons.

Restricting matrix rows to sum to one requires restricting the phylogenetic mixtures to the points of the form q = ∑ i = 1 m α i q i where q i ∈ Im (ϕ T i M ), and ∑ i α i = 1.

For every processor in our Biogrid system, we assign n/ p rows of matrix to this processor for the calculation of their corresponding association values.

The principle of this iterative process is to perform permutations on the R l matrix rows to obtain a new virtual realization of the received sequence.