"factor decomposition" is a correct and usable phrase in written English.
It is most often used in technical and scientific contexts to describe the process of breaking a complex structural or conceptual entity into its constituent components. For example, " researchers used a factor decomposition process to analyze the genetic structure of the organism."
MCR-ALS is a bilinear factor decomposition method solved by means of ALS optimization [19, 20].
It develops a novel technique, predictive factor decomposition, for the estimation of the autoregression operator.
MCR-ALS is a bilinear factor decomposition method solved by means of alternating least squares optimization [22].
Table 2 gives the factor decomposition results for the three effects on Japan's regional energy demand using (3).
Then, we use the PARAFAC (PARallel FACtor) decomposition to obtain a vector form of the observation model.
For (un directed hypergraphs, unique prime factor decomposition (PFD) results with respect to the Cartesian product are known.
As shown in [7], the JD problem (9) can be seen as a particular case of the parallel factor (PARAFAC) decomposition, also known as canonical decomposition (CAND), of the third-order tensor M ∈ C Q × Q × K built by stacking the K matrices ψ x (u k ) along the third mode.
Quenching can be detected with excitation emission matrices (EEM) signals and a three-way Parallel Factor (PARAFAC) decomposition and modelled by means of a four-way PARAFAC decomposition which reproduces the physical model of this effect.
Consequently, the physiological footprint of both tree species is a key factor in decomposition processes and soil fertility.
The loadings in the sample mode estimated by a PARAFAC (parallel factor analysis) decomposition for each analyte were the response used in the design because they are proportional to the amount of analyte extracted.
Univariate analysis found a statistically significant difference between carbon (methane) emissions calculated using the IPCC default factor and decomposition factors from direct measurements for softwoods (F = 45.362, p = <.001), hardwoods (F = 20.691, p = <.001) and engineered wood products (U = 4.726, p = <.001).
