A reduction in the source of variability due to noise present in all neurons during simulation i.e. the Weiner noise can be achieved by averaging across trials.
The use of these collimators provided a reduction in background noise, and thus improved the signal-to-noise ratio [1,2].
The ventral part of the nucleus was characterized by a reduction in background noise.
The control of railway rolling noise requires a reduction in wheel and track noise emission.
Our results show that noise exposure induces, on average, a reduction in KCNQ2/3 channel activity in fusiform cells in noise-exposed mice by 4 days after exposure.
Overall noise decreased by 6 decibels, with a particular reduction in low-frequency noise, the sounds that right whales are thought to care about the most.
A reduction in maximum design speed to 300km/h would bring about a six decibel reduction in noise level.
There is also a tremendous reduction in noise originating from the vehicle in operation.
This has to be accompanied by a progressive reduction in noise ascribable to aircraft.
This will lead to the reduction of the noise in gene product (see Figure 2(C)).
In this paper, we explore the noise reduction problem from a different perspective in the context of single-channel noise reduction in the time domain.
