The phrase "after frequency" is correct and usable in written English.
It can be used in contexts discussing events or actions that occur following a certain frequency or rate.
Example: "The data showed a significant increase in user engagement after frequency adjustments were made."
Alternatives: "following frequency" or "subsequent to frequency".
U3B Q shows the gated output of the circuit after frequency division.
Section 4 addresses the channel estimation techniques after frequency offset correction.
Basis functions and knot points are also determined for each selected descriptor using generalized cross validation after frequency analysis.
This further confirms the fact that using ML channel estimation after frequency tracking is better than LS channel estimation.
After frequency and consequence analysis, control measures are developed, to bring down the risk level to as low as reasonably practicable.
After frequency shifting to process each subchannel around the origin, the received signal is convolved with the filters matched to the pulse shaping filters.
After frequency-resolved IS was performed on these samples, data was fitted by a non-linear least squares method to the model, as can be seen in Figure 5.
where W(k) denotes the k th subcarrier additive white Gaussian noise (AWGN) sample with zero mean and variance σ n 2. For analytical simplicity, we assume that the channel is estimated and compensated and therefore, the signal after frequency-domain equalization can be written as S ′ ( k ) = X ( k ) + ∑ i = 1 K P i E i ( k ) + W ′ ( k ), k = 0, 1,..., N - 1, (12).
To facilitate interference cancelation with a linear combination of the CM and DM signals, we obtain signals after frequency-domain equalization (FEQ) ( Z i ( d ) = Y i ( d ) / H i i ( d ) and Z i ( c ) = Y i ( c ) / H i i ( c ) ) as : Z i ( d ) = X i + ∑ j = 1, j ≠ i N H i j ( d ) H i i ( d ) X j + V i ′ ( d ), Z i ( c ) = X i + ∑ j = 1, j ≠ i N H i j ( c ) H i i ( c ) X j + V i ′ ( c ), (12).
Noreña et al. [ 41] reported a significant change of tinnitus percept in the trained ear after frequency-discrimination training.
Figure 9 shows representative SYPRO Ruby total protein and ProQ Diamond phosphoprotein stained blots during 1 Hz stabilization (n = 6), 10 seconds after frequency-switch (n = 7), 1 4 minutes after frequency-switch (n = 6), 4 Hz steady-state (n = 3), and muscles stabilized at 1 Hz treated with 1 μm isoproterenol (n = 2) to serve as a positive control.
