Frequency-domain approaches to audio time-scale modification introduce a reverberant/phasy artefact into the time-scaled output. Such artefacts are generally not present within time-domain implementations; however, high quality time-scaling in the time domain is typically limited to quasi-periodic signals such as speech. A hybrid method of time-scaling is presented which draws upon appealing aspects of both time-domain and frequency domain implementations. The technique described can be successfully applied to a wide range of audio and is both robust and efficient. Subjective testing demonstrates that the technique significantly reduces the presence of phasiness
The need for high-quality time-scale modification of audio is increasing, as media streaming service...
Time-domain time-scaling algorithms are efficient in comparison to their frequency-domain counterpar...
A major problem in time-scale modification (TSM) of music signals is that percussive transients are ...
Frequency-domain approaches to audio time-scale modification introduce a reverberant/phasy artefact...
Frequency-domain approaches to audio time-scale modification introduce a reverberant artifact into t...
Audio time-scale modification is an audio effect that alters the duration of an audio signal without...
Time-domain audio time-scaling algorithms are efficient in comparison to their frequency-domain coun...
Phase vecoder based approaches to audio time-scale modification introduce a reverberant artefact int...
Phase vocoder approaches to timescale modification of audio introduce a reverberant/phasy artifact i...
Time-domain time-scaling algorithms are efficient in comparison to their frequency-domain counterpar...
Time-scale modification (TSM) is the task of speeding up or slowing down an audio signal’s playback ...
Current Time-Scale Modification algorithms scale all frequencies by the same amount. This paper pres...
This paper presents an algorithm for timescale modification (TSM) of music signal based onHarmonic-P...
The need for high-quality time-scale modification of audio is increasing, as media streaming service...
The need for high-quality time-scale modification of audio is increasing, as media streaming service...
Time-domain time-scaling algorithms are efficient in comparison to their frequency-domain counterpar...
A major problem in time-scale modification (TSM) of music signals is that percussive transients are ...
Frequency-domain approaches to audio time-scale modification introduce a reverberant/phasy artefact...
Frequency-domain approaches to audio time-scale modification introduce a reverberant artifact into t...
Audio time-scale modification is an audio effect that alters the duration of an audio signal without...
Time-domain audio time-scaling algorithms are efficient in comparison to their frequency-domain coun...
Phase vecoder based approaches to audio time-scale modification introduce a reverberant artefact int...
Phase vocoder approaches to timescale modification of audio introduce a reverberant/phasy artifact i...
Time-domain time-scaling algorithms are efficient in comparison to their frequency-domain counterpar...
Time-scale modification (TSM) is the task of speeding up or slowing down an audio signal’s playback ...
Current Time-Scale Modification algorithms scale all frequencies by the same amount. This paper pres...
This paper presents an algorithm for timescale modification (TSM) of music signal based onHarmonic-P...
The need for high-quality time-scale modification of audio is increasing, as media streaming service...
The need for high-quality time-scale modification of audio is increasing, as media streaming service...
Time-domain time-scaling algorithms are efficient in comparison to their frequency-domain counterpar...
A major problem in time-scale modification (TSM) of music signals is that percussive transients are ...