The phrase "array of frequency" is correct and usable in written English.
It can be used in contexts related to data analysis, statistics, or signal processing where different frequencies are being represented or analyzed.
Example: "The study presented an array of frequency responses to better understand the system's behavior under various conditions."
Alternatives: "range of frequencies" or "spectrum of frequencies".
The insertion updates the structure of the CAP-tree to keep track of the label of the transaction in an array of frequencies (lines 9 17).
"There's been a constant array of frequencies and voices pounding in my ear, so it didn't really come as a surprise to me when I heard there was some hearing deterioration". The Belfast Telegraph's front page carries the stark headline 'Soldier who killed our father will answer to God'.
The algorithm generates a linear array of frequencies, but the number of points is limited to be maximum 1000, usually more than sufficient (MSD and creep compliance data arrays may hold several thousand points).
Fig. 3 Measured lung resistance (a) and lung elastance (b) over a wide array of frequencies using an OVW technique in healthy, mild-to-moderate asthma, and severe asthma.
In Fig. 3 we see an example of the CAP-growth algorithm, run on the CAP-tree of Fig. 1, with minimum support, confidence and (chi ^2) set respectively to 0.3, 0.51 and 0. In the figure, each node is labeled by the array of frequencies of the classes and the resulting Gini impurity.
Therefore, the cues for sound localization consist of ITD and ILD at an array of frequencies.
In the static model, the stimulus is completely specified by the ITD, ILD, and average binaural intensity (ABI) at an array of frequencies.
ITD- and ILD-dependent cues are extracted from auditory input signals at an array of frequencies using cross-correlation and level-subtraction, respectively.
Each fragment was converted to a 256-element feature array F by counting the instances of each tetranucleotide X i, X = {AAAA, AAAC, …, TTTT} in the fragment and converting F to an array of frequencies F′ by dividing by the number of overlapping tetranucleotides (497 for a fragment of length 500 nt).
The FUS lab has been testing techniques of 3D motion tracking using an array of low frequency ultrasound transducers positioned around ex vivo human skulls.
