The phrase "added equalization" is correct and usable in written English.
It can be used in contexts related to audio processing, sound engineering, or any situation where adjustments to balance frequencies are made.
Example: "The sound engineer implemented added equalization to enhance the clarity of the vocals in the recording."
Alternatives: "additional equalization" or "supplementary equalization".
The validated model was used to study the effect of adding equalization steps on the PSA process performance of the 3-bed 3-step cycle.
Such fingerprint exhibits strong robustness, due to its statistically stable nature, against various audio signal distortions such as recompression, noise contamination, echo adding, equalization, band-pass filtering, pitch shifting, and slight time scale modification.
Experimental results show that this low-order Zernike moment-based audio feature achieves high robustness against common audio signal degradations like recompression, noise contamination, echo adding, equalization, band-pass filtering, pitch shifting, and slight TSM.
Adding one equalization step (3-bed 5-step) effectively improved both the purity and recovery, while adding two equalization steps (4-bed 7-step) increased the capital costs with only minor improvements in purity and recovery.
Experiments show that such fingerprints are robust against transcoding, down sampling, echo adding, and equalization.
It initially performs throughput equalization, adding integer latencies wherever possible; residual cases require introduction of fractional registers (FRs) at specific locations.
In [13], since an overlap and add frequency domain equalization (OLA-FDE) method is employed, the property of circular convolution is no more satisfied in higher time-varying fading channels which leads to the fatal degradation of BER performance.
Lossy compression: MPEG-1 layer 3 encoding/decoding at 32 kbps; Echo adding: 50% decay and 500-ms delay; Equalization: 10-band equalization with the settings of [8]; Noise addition: White Gaussian noise with a signal-to-noise-ratio (SNR) of 18 dB; Resampling: Subsequent down and up sampling to 22.05 and 44.1 kHz, respectively; Bandpass filtering: Cutoff frequencies of 100 and 6,000 Hz.
Overall, the experimental results demonstrate that our scheme provides excellent robustness against multiple image attacks such as bit-plan removal, cropping, JPEG compression, histogram equalization, low-pass filtering, and noise adding attacks.
The latter manipulation mainly applies global histogram equalization to the approximation coefficient sets and then adds back the image's small-scale high frequency features.
