Примери за използване на Impulse response на Английски и техните преводи на Български
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Finite impulse response(FIR).
Example: Digital filter with finite impulse response.
This is the impulse response of the delay.
Manifestation of the Gibbs phenomenon with finite impulse response filters.
Example: impulse response of a simple delay.
Хората също превеждат
It was computed with the Fourier transform of the impulse response itself.
Computing the impulse response in practice.
Substitute t with k to get the discrete form of the impulse response.
Example: impulse response of a speaker cabinet.
The Z transform of the impulse response then is.
Finite impulse response Hilbert transforms are very easy to derive.
The function above is the impulse response of the filter.
This impulse response is quite close to the initial impulse response.
This output signal is the impulse response of the system.
The filter's impulse response can be obtained with the inverse Laplace transform.
The discrete Fourier transform and finite impulse response filters.
This is the impulse response of the total reverb.
It is possible to set up optimization problems that enforces appropriate impulse response decay.
This graph imitates the impulse response of some reverb.
The impulse response of the filter has notches that theoretically continue forever.
The following is a portion of the impulse response of the example filter above.
The impulse response above omits the dry signal and presents only the reverberated portion.
The following formula is the impulse response of a digital low pass filter.
Alternatively, the impulse response may be computed with an optimization.
This is a filter of a type called an‘infinite impulse response'(IIR) filter.
In such cases, the impulse response may be decayed artificially.
Filtering the data:all filters are causal recursive IFR(Infinite Impulse Response) written using the bilinear….
If you have an impulse response, you can apply it to any other sound.
This is perhaps why the resulting optimized impulse response contains so much"noise".