Sentence examples for notation frequency from inspiring English sources
Under the above orthogonality constraints, we can now conveniently, and without loss of generality, characterize our channel models using a time-division notation; frequency division counterparts to this model are straightforward due to the symmetry of the channel allocations.
The spectrum of interest is divided in M frequencies represented by constrained set of the radio frequencies F={1,..,M}, and the dynamically changing local set of blocked frequencies protecting the PU transmissions represented by B v. Using the abovementioned notation, frequency assignment is a graph coloring function f:(G c, Bv,W co,W adj)→F, such that the objective function is maximized.
For example, the covariance term in the Price equation ( <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0007130.e074.PNG" class= inline-graphic"/> in our notation) is the "frequency covariance" between phenotype and expected fitness.
Wei et al. [ 21] introduced category information to TFIDF, which can be reformed using a notation of term frequency tf(t k, c i ) that is the number of occurrences of a term t k in documents from a category c i. Consider (5) T F I D F t k = ∑ i = 1 c t f t k, c i × l o g 1 P t k ∣ c i. (6) Normalized Term Frequency-Based Gini Index (GINI NTF ).
To simplify notation, we omit the frequency and time domain indexing, and the signal model reflects subcarrier level spatial samples within one multicarrier symbol, unless otherwise stated.
We now propose a color-augmented ambigraphic notation to encode the frequency of positional polymorphisms in these consensus sequences.
For the estimation of dN and dS trees, the MG94 model can be combined with any of the nucleotide substitution models nested in GTR + G + I. To choose the best combination we first gave HyPhy v2.0 a notation to estimate the codon frequencies (the frequency of each of the four bases in each of the three codon positions), which was a 3x4 matrix.
By using the new notations for characteristics frequencies, we write the dispersion relation of the DL modes in the form: ( ω 2 + 2 i ν ω − D + ) ( ω 2 + 2 i ν ω − D − ) ( ω 2 + 2 i ν ω − D z ) + ω coup 4 ( ω 2 + 2 i ν ω − D o ) = 0 Open image in new window (18).
For notation simplification, we omit the frequency bin indices later.
Notation of the maximum resonance frequency for indirect measurements is followed by notation of direct ISQ value on the display of Osstell IDx device.
Since the synthetic signal is bandlimited to the Nyquist frequency, the continuous notation for the time axis will be used in the following, for reason of simplicity (i.e., x[ n]⇔x t)).
