P12-3018 parameter frames are fed to a vocoder which generates the speech audio
W12-1641 parameter frames are then fed to a vocoder which generates the final speech
P84-1113 synthesis . Flanagan 's phase vocoder studies -LSB- 7 -RSB- also suggest
P84-1113 such attempt is with the phase vocoder -LSB- 3 -RSB- . A recent attempt
P84-1113 linear predictive ( LP ) coding vocoder -LSB- 11 , -LSB- 2 -RSB- . Our
W13-3917 speech is generated by the STRAIGHT vocoder driven by the estimated acoustic
H92-1010 aimed at designing a " phoneme vocoder ' , with a 50 b/s rate . The
W13-3914 voices through improvements in the vocoder . More work is still needed to
W13-3914 parts of the other HMM voices the vocoder buzz is nearly unobservable in
P12-3018 unfinished utterance . If the crawling vocoder nears such a word , a hesitation
H90-1103 \ -LSB- 120 \ -RSB- and matrix vocoder techniques which use pattern
W13-3917 parameters required to drive this vocoder are represented by a set of statistical
H90-1103 is 200-400 b/s . Here , segment vocoder \ -LSB- 120 \ -RSB- and matrix
P84-1113 decided to use the standard LPC-type vocoder . In Sec . II we describe the
P12-3018 when passing them to the crawling vocoder . Adaptations are conducted with
W13-3917 output . Instead it is based on a vocoder model of the speech and the acoustic
W05-1624 sounding speech ( e.g. , using a vocoder ) . Database search can be sped
W12-1641 field which is set by the crawling vocoder to one of ` upcoming ' , ` ongoing
P12-3018 what may be called a crawling vocoder , which actively moves along
P12-3018 real-time system , the crawling vocoder may reach the end of synthesis
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