Sentence examples for patterns we consider from inspiring English sources

To improve the quality of written patterns, we consider established methods of pattern writing.

However, in order to construct the list of the test error patterns, we consider the following alternative expansion of the probability Pe, i.e., P e = Pr c ̂ ≠ c Tx | ( c Tx ⊕ c ̂ 0 ) ∈ E L Pr ( c Tx ⊕ c ̂ 0 ) ∈ E L + Pr c ̂ ≠ c Tx | ( c Tx ⊕ c ̂ 0 ) ∉ E L Pr ( c Tx ⊕ c ̂ 0 ) ∉ E L = 1 − Pr c ̂ = c Tx | ( c Tx ⊕ c ̂ 0 ) ∈ E L ⏟ P I Pr ( c Tx ⊕ c ̂ 0 ) ∈ E L ⏟ P II.

Figure  2 summarizes the five dynamic patterns we consider here, based on Ma et al.'s experiments involving wild-type cells and various phosphodiesterase mutants (compare to Ma et al. Figures 2a and 3a).

For the generation of the different uplink interference patterns, we considered a homogeneous LTE uplink deployment with multiple cells.

In that sense, PSSM may be seen as a particular case of the class of patterns we considered in this paper.

Taking into consideration the high frequency of fluctuating gene expression patterns we considered only transcriptional changes above or below the [+1 -1] M' thresholds as a function of incubation time during gene function analysis.

In our case, according to her appearance, lack of dysgnosia, and hereditary pattern, we consider the possibility that she had achondroplasia, although the cause for her growth deficiency is unknown.

To explore the phylogenetic extent of this pattern, we considered SNPs in human, mouse, and chicken.

To obtain the atom pattern, we considered a binarized version of the coefficient matrix ϴ, using a threshold that allowed us to discard the smallest noisy coefficients due to the inexactness of the minimization algorithm.

By combining computer simulations according to a succession of statistical experimental designs, computer graphics, automatic image analysis, human sensory descriptive analysis and multivariate data modelling, we derive a pattern descriptor model of those macroscopic, emergent aspects of the patterns that we consider of interest.

These errors can incorporate the effect of imprecisely known sensor location, perturbations in the antenna amplitude and phase patterns that we consider as the calibration errors.