Frequency-domain approaches to audio time-scale modification introduce a reverberant artifact into the time-scaled output due to a loss in phase coherence between subband components. WHilst techniques have been developed which reduce the presence of this artifact, it remains a source of difficulty. A method of time-scaling is presented that reduces the presence of reverberation by taking advantage of some flexibility that exists in the choice of phase required so as to maintain horizontal phase coherence along frequency-domain subband components. The approach makes use of appearling aspects of existing time-domain and requency-domain time-scaling techniques
In listening room compensation, the aim is to compensate for the degradations that are rendered to a...
Time-scale modication of audio signals is a classic digital signal processing problem. While many so...
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 artifact into t...
Frequency-domain approaches to audio time-scale modification introduce a reverberant/phasy artefact...
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-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 ...
This paper presents an algorithm for timescale modification (TSM) of music signal based onHarmonic-P...
Current Time-Scale Modification algorithms scale all frequencies by the same amount. This paper pres...
In listening room compensation, the aim is to compensate for the degradations that are rendered to a...
Time-scale modication of audio signals is a classic digital signal processing problem. While many so...
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 artifact into t...
Frequency-domain approaches to audio time-scale modification introduce a reverberant/phasy artefact...
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-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 ...
This paper presents an algorithm for timescale modification (TSM) of music signal based onHarmonic-P...
Current Time-Scale Modification algorithms scale all frequencies by the same amount. This paper pres...
In listening room compensation, the aim is to compensate for the degradations that are rendered to a...
Time-scale modication of audio signals is a classic digital signal processing problem. While many so...
A major problem in time-scale modification (TSM) of music signals is that percussive transients are ...