Add to ORKGAlgorithms exist which will perform independent transformations on frequency or duration of a digital audio signal. These processes have different results different types of audio signals. A comparative study of granular and phase vocoder algorithms, implementation, and their respective effects on audio signals was made to determine which algorithm is best suited to a particular type of audio signal
For a broad range of sound transformations, quality is measured according to the common expectation ...
The main subject of this work represents the time-frequency signal analysis. Firstly, it intends to ...
Time Scale Modification (TSM) is a principle that is used to modify the time axis or time resolution...
This research describes and implements new techniques for objective analysis and comparison of commo...
In this chapter we discuss several time-domain algorithms which are a combination of smaller process...
Time-frequency representations play a central role in the analysis, synthesis, coding and processing...
Playing a recorded audio signal at faster rate than its original rate results not only in shortening...
Audio time-scale modification is an audio effect that alters the duration of an audio signal without...
Constant pitch time stretching is not uncommon in audio editing software, however several issues ari...
Changing either speed or pitch of audio signals without a ecting the respective other is often used ...
This article presents a method of signal timescale modification using spectral analysis-resynthesis....
A novel method for audio time stretching has been developed. In time stretching, the audio signal’s ...
A novel method for audio time stretching has been developed. In time stretching, the audio signal's ...
Analog audio implies time-frequency dependence. With digitally sampled audio, this timefrequency dep...
In this dissertation, 2 classes of popularly used pitch shifting algorithms are studies, namely the ...
For a broad range of sound transformations, quality is measured according to the common expectation ...
The main subject of this work represents the time-frequency signal analysis. Firstly, it intends to ...
Time Scale Modification (TSM) is a principle that is used to modify the time axis or time resolution...
This research describes and implements new techniques for objective analysis and comparison of commo...
In this chapter we discuss several time-domain algorithms which are a combination of smaller process...
Time-frequency representations play a central role in the analysis, synthesis, coding and processing...
Playing a recorded audio signal at faster rate than its original rate results not only in shortening...
Audio time-scale modification is an audio effect that alters the duration of an audio signal without...
Constant pitch time stretching is not uncommon in audio editing software, however several issues ari...
Changing either speed or pitch of audio signals without a ecting the respective other is often used ...
This article presents a method of signal timescale modification using spectral analysis-resynthesis....
A novel method for audio time stretching has been developed. In time stretching, the audio signal’s ...
A novel method for audio time stretching has been developed. In time stretching, the audio signal's ...
Analog audio implies time-frequency dependence. With digitally sampled audio, this timefrequency dep...
In this dissertation, 2 classes of popularly used pitch shifting algorithms are studies, namely the ...
For a broad range of sound transformations, quality is measured according to the common expectation ...
The main subject of this work represents the time-frequency signal analysis. Firstly, it intends to ...
Time Scale Modification (TSM) is a principle that is used to modify the time axis or time resolution...