Примери за използване на Impulse response на Английски и техните преводи на Български
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Computing the impulse response in practice.
The following formula is the impulse response of a digital low pass filter.
While this impulse response is more complex than the impulse response of the simple delay above, it can be
The second example below is the impulse response of an actual bass amplifier and speaker combo.
all filters are causal recursive IFR(Infinite Impulse Response) written using the bilinear….
Thus, the impulse response of the bass combo is not just an impulse, but something more complex.
This is a filter of a type called an‘infinite impulse response'(IIR) filter.
The impulse response is the output signal,
We will try to recreate the impulse response and see how well we do.
It is not important whether we describe this filter with its impulse response or its transfer function.
If a(k) is the impulse response of length N+ 1
This is the third article about deconvolving a reverberated sound to get the impulse response of natural reverberations.
In other words, the impulse response can be used to determine other properties of the system,
This impulse response has the potential to be infinitely long
An interesting manifestation of Gibbs phenomenon can be seen when designing equalizers based on finite impulse response filters.
the first two notches of the impulse response are the output of the tapped delay line.
The deterministic deconvolution produces an impulse response that looks closer to the original one,
This graph tells us, for example, that the impulse response of this bass combo has a significant roll off in the magnitude of frequencies above 9-10 kHz.
In the general complex number case, finite impulse response all pass filters have the transfer function.
These two signals can be used to compute the impulse response of the natural reverberations as in the example below.