Sentence examples for at random frequencies from inspiring English sources
The phrase "at random frequencies" is correct and usable in written English
It can be used when discussing occurrences or events that happen at various, unpredictable frequency levels, often in scientific or technical contexts. Example: "The signal was transmitted at random frequencies to avoid detection by the enemy."
The rods are hooked up to motors that cause them to vibrate at random frequencies generated by a computer while the test subject is standing quietly.
The global masking threshold is applied, then variance normalization is performed to further suppress the tones at random frequencies.
Further, critical band variance normalization is performed to minimize the musical noise which is caused by increased variance at random frequencies.
Further, to reduce the effect of any present tones which are caused by increased variance at random frequencies, variance normalization across the critical bands is performed[10].
Each class consists of a tone at random frequency uniformly distributed between 0.15 and 0.3, and a linear chirp signal starting at normalized frequency 0.40 and ending at a random frequency uniformly distributed between 0.1 and 0.2 for class 1 and between 0.25 and 0.35 for class 2. The test signals c with 100%% overlap between class 1 and 2 signals are generated.
They are continuously formed close to the wall at a random frequency and move towards the pipe centerline until they eventually disappear, thus occupying or existing within a "shear layer region".
For each simulation, we generated, separately for each subject and condition, data that consisted of 20 randomly placed cortical sources each of which was active at a random frequency between 0 and 75 Hz; the number of trials and their lengths were matched to the real data.
In contrast to the quickly varying random frequencies in TRNS, TACS stimulates at a fixed frequency (e.g., 10 Hz).
Nevertheless, even using the basic random model employed in our work, we fail to gather any statistical evidence that the canonical patterns appear in real networks at non-random frequencies.
Compared with Equations 50 and 51, we can see that the FDA beampattern variances at both kinds of random frequency increment error distributions are dependent on the statistics properties.
Comparative genome analysis for the frequency of CpG-motifs in different species revealed that CpG motifs are present in vertebrate genomes at only 20% of random frequency [ 76], but are over-represented in E. coli DNA [ 75].
