The other way is based on the frequency domain analysis.

The results are presented in both time and frequency domains.

Results are obtained in the time and the frequency domain.

This process may be carried out in either the time or the frequency domain.

Figure 8bshows these same data plotted in the frequency domain.

However, in the frequency domain, the required signal is hidden.

The currents are then transformed back into the frequency domain.

Possibilities for design of economic policy in the frequency domain will be investigated.

Control system performance in both time and frequency domains.

This can indicate the surface of power spectrum in the frequency domain.

However, frequency domain techniques can only be used with linear systems, as mentioned above.

Most image processing techniques are performed in the Frequency domain.

We can also do deconvolution directly in the frequency domain and get similar results.

The Bode plot is an example of analysis in the frequency domain.

His emphasis is on analysis in the frequency domain.

The solution to this is a frequency domain approach.

To introduce descriptions of signals in both time and frequency domains.

Then, the compensated Signals are transformed into the frequency domain.

Underlying much of this work is a frequency domain approach to non-linear system analysis.

For the moment it is best to view these using the magnitude and phase representation of the frequency domain.

This is sometimes referred to as the "frequency domain".

Frequency domain model can be used to estimate the machining stability.

Further, the models and the analysis apply to both the time and the frequency domains.

In digital signal processing, it is most common to sample the time and frequency domains.

Data is presented in both the time domain and the frequency domain.