Примери за използване на Shroeder reverb на Английски и техните преводи на Български
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This collection is called the Shroeder reverb.
The Shroeder reverb tends to use four or more.
We can, however, get very close with the Shroeder reverb.
The Shroeder reverb opts for four parallel comb filters.
This is only so, however,if we truly follow the Shroeder reverb construction.
The Shroeder reverb is one way to model the late reverb. .
The feedforward comb filters in the Shroeder reverb have longer delays and have two purposes.
Second, they introduce irregularities in the reverb- peaks in the delays(see Shroeder reverb).
The Shroeder reverb is a way to simulate late reverberation in digitally recorded audio.
The output of this filter is also the late reverb- the output of the Shroeder reverb.
Generally, the all pass filters in the Shroeder reverb use very short delays- between 3-35 milliseconds.
The Shroeder reverb is a sequence of Shroeder all pass filters, followed by several parallel feedforward comb filters as in the graph below.
First, we have to figure out what exactly we should put through the Shroeder reverb- the original signal or the output of the tapped delay line.
Second, a Shroeder reverb is used to simulate the late reverb, which contains a large number of indistinct reflections.
Comb filters are also usefulin designing artificial reverbs, as reverberations are simply a multitude of echoes(see Shroeder reverb).
The feedforward comb filters in the Shroeder reverb have larger delays that the all pass filters- between 100 and 150 milliseconds.
In the Shroeder reverb, all pass filters create multiple successive repetitions of the original signal with decaying amplitude and use very short delays.
The Shroeder reverb itself consists of several sequential all pass filters, the output of which is fed through a several parallel feedforward comb filters(simple delays).
One could, for example, set up an optimization, in which the reverb is already modeled structurally(e.g., with the tapped delay line and the Shroeder reverb) and only the parameters of that structural model are allowed to change, but not the structure itself.
A Shroeder reverb will model the late part of the reverb- a large number of repetitions that are close together, perhaps with some peaks in the series of repetitions.
(In this particular example, the first two notches of the impulse response are the output of the tapped delay line.The remainder is the output of the Shroeder reverb, in which the all pass filter create a multitude of successful repetitions and the one peak in the middle of these multiple repetitions is created by the comb filter. The impulse response above omits the dry signal and presents only the reverberated portion).
The Shroeder reverb model of the late reverb consists of a series of sequential Shroeder all pass filters followed by a set of parallel feedforward comb filers.
Finally, the comb filters of the Shroeder reverb should be enough to create a perception of the room size, even when we do not use a tapped delay line.
The Shroeder reverb has two Shroeder all pass filters with delays of 3.7 ms and 1.2 ms and decays of 0.7 and 0.65 and one feedforward comb filter with delay of 11 ms and decay of 0.7.
The remainder is the output of the Shroeder reverb, in which the all pass filter create a multitude of successful repetitions and the one peak in the middle of these multiple repetitions is created by the comb filter.
Several Shroeder-Moore filters can be used in combination with several Shroeder all pass filters to simulate late reverb.
The impulse responses of the Shroeder-Moore filters are such that they add irregularities to the late reverb, which are similar to the irregularities that Shroeder observed in natural reverb.