Sentence examples for many high frequency from inspiring English sources
The step signal consists of many high frequency harmonics while the sinusoidal wave only one – the 0.03 rad/s.
The HLT is composed of lifting structures [17 19] with rounding operations and achieves integer-to-integer transform, whereas it does not have enough coding performance, especially for images with many high frequency components.
The study of animal behavior using smartphones requires the storage of many high frequency variables from a large number of individuals and their processing through various relevant variables combinations for modeling and decision-making.
Pups of all ages produced many high frequency calls over 100 kHz, whereas adult animals did not produce any calls entirely above 100 kHz.
Plants from serpentine soils, on the contrary, have low levels of polymorphism and negative (though non-significant) values of the above statistics; Fay and Wu's H is −3.31 for serpentine plants, indicating many high frequency derived mutations on these soils.
This indicates that many high frequency changes may be related to the overall genomic instability and therefore cannot unanimously be assigned a causative role in oncogenesis.
A simplistic approach would be to limit or even eliminate many high-frequency trading practices, but that could involve substantial consequences as the market depends more and more on the liquidity these traders provide.
To curb high-frequency trades, Aequitas will introduce new rules and use software it has developed to, among other things, block specific kinds of small orders many high-frequency traders use to determine the intentions of major funds.
In other words, many high-frequency physical links correspond to passive and socially less significant interactions.
And while some computers do receive news about the outside world in electronic format, many high-frequency trading algorithms are simply responding to the hectic world of the electronic trading floor.
Together with a low equivalent series resistance and a large areal capacitance, the high-frequency supercapacitors based on doped carbon nanostructures could be promising in replacing traditional aluminium electrolytic capacitors for many high-frequency electronic devices.
