The phrase "a large noise" is correct and usable in written English.
It can be used to describe a sound that is loud or significant in volume.
Example: "The storm outside created a large noise that kept everyone awake throughout the night."
Alternatives: "a loud sound" or "a big noise".
To end with, we show that a large noise may lead to exponential extinction.
Theorem 4.2 shows that a large noise may make the system extinct exponentially with probability one.
In spite of a large noise affecting the shape of the bump, this perturbation is rather well captured by DIC computations.
In comparison to a resistive-load inverter, a complementary inverter presents outstanding properties in terms of having low power consumption and a large noise margin [9].
In this model, the term related to the hidden state is divide by 20, so the noise with σ v 2 = 1 is a large noise.
We simulate a four-echelon supply chain within a large noise scenario, while a fractional factorial design of experiments (DoE) with eleven factors was used to explore cause-effect relationships.
Note that a larger noise amplification can also be understood as a smaller post-processing SNR.
Although typically a larger noise reduction can be achieved, there is always a trade-off between noise reduction performance and interaural cue preservation for interfering sources and the background noise.
The degradation of the channel noise suppression capability due to having more orthogonal channels is reasonable, because with more orthogonal channels, the FC needs to collect and process a larger number of received signal samples that are disturbed by independent AWGN noise components, resulting in a larger noise power overall.
But changing the scaling considered here to the time-scale of order (varepsilon ^{-4}) considered in [5, 6] (i.e. by replacing (varepsilon ^{2}) by ε̂) one could see that this would lead to a larger scaling (of order (hat{varepsilon}^{-1/2})) of the solutions in the ansatz and a larger noise strength of order (hat{varepsilon }^{-1/2}).
According to (27), we can obtain the decreased gain from lower frequency to higher frequency, and a larger noise reduction can be achieved at high frequencies, and thus the speech distortion at the higher frequencies is inevitable because the larger STSA sometimes exists at the higher frequencies.
