Generating Source Streams for Extralinguistic Utterances
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ED. RE. Miranda, "Generating Source Streams for Extralinguistic Utterances," J. Audio Eng. Soc., vol. 50, no. 3, pp. 165-172, (2002 March.). doi:
ED. RE. Miranda, "Generating Source Streams for Extralinguistic Utterances," J. Audio Eng. Soc., vol. 50 Issue 3 pp. 165-172, (2002 March.). doi:
Abstract: It is demonstrated how self-organizing dynamic systems can be used to generate suitable source streams for synthesizing extralinguistic utterances in the context of a source-filter voice synthesizer. Conventionally the source stream is simulated using two types of generators: one generator of white noise and one (or more) generator(s) of periodic pulses. Then, by carefully controlling the amount of signal that each generator sends to the filters, one can roughly emulate the behavior of the vocal folds, whether or not they are tensioned. A number of variations have been proposed in order to furnish the source stream with more realism, but to our knowledge none of these has addressed the needs of extralinguistic utterances. We propose that source streams suitable for synthesizing extralinguistic utterances can be produced using granular synthesis techniques coupled with self-organizing dynamic systems. An example is presented which uses a cellular automaton-controlled granular synthesizer.
@article{miranda2002generating,
author={miranda, eduardo reck},
journal={journal of the audio engineering society},
title={generating source streams for extralinguistic utterances},
year={2002},
volume={50},
number={3},
pages={165-172},
doi={},
month={march},}
@article{miranda2002generating,
author={miranda, eduardo reck},
journal={journal of the audio engineering society},
title={generating source streams for extralinguistic utterances},
year={2002},
volume={50},
number={3},
pages={165-172},
doi={},
month={march},
abstract={it is demonstrated how self-organizing dynamic systems can be used to generate suitable source streams for synthesizing extralinguistic utterances in the context of a source-filter voice synthesizer. conventionally the source stream is simulated using two types of generators: one generator of white noise and one (or more) generator(s) of periodic pulses. then, by carefully controlling the amount of signal that each generator sends to the filters, one can roughly emulate the behavior of the vocal folds, whether or not they are tensioned. a number of variations have been proposed in order to furnish the source stream with more realism, but to our knowledge none of these has addressed the needs of extralinguistic utterances. we propose that source streams suitable for synthesizing extralinguistic utterances can be produced using granular synthesis techniques coupled with self-organizing dynamic systems. an example is presented which uses a cellular automaton-controlled granular synthesizer.},}
TY - paper
TI - Generating Source Streams for Extralinguistic Utterances
SP - 165
EP - 172
AU - Miranda, Eduardo Reck
PY - 2002
JO - Journal of the Audio Engineering Society
IS - 3
VO - 50
VL - 50
Y1 - March 2002
TY - paper
TI - Generating Source Streams for Extralinguistic Utterances
SP - 165
EP - 172
AU - Miranda, Eduardo Reck
PY - 2002
JO - Journal of the Audio Engineering Society
IS - 3
VO - 50
VL - 50
Y1 - March 2002
AB - It is demonstrated how self-organizing dynamic systems can be used to generate suitable source streams for synthesizing extralinguistic utterances in the context of a source-filter voice synthesizer. Conventionally the source stream is simulated using two types of generators: one generator of white noise and one (or more) generator(s) of periodic pulses. Then, by carefully controlling the amount of signal that each generator sends to the filters, one can roughly emulate the behavior of the vocal folds, whether or not they are tensioned. A number of variations have been proposed in order to furnish the source stream with more realism, but to our knowledge none of these has addressed the needs of extralinguistic utterances. We propose that source streams suitable for synthesizing extralinguistic utterances can be produced using granular synthesis techniques coupled with self-organizing dynamic systems. An example is presented which uses a cellular automaton-controlled granular synthesizer.
It is demonstrated how self-organizing dynamic systems can be used to generate suitable source streams for synthesizing extralinguistic utterances in the context of a source-filter voice synthesizer. Conventionally the source stream is simulated using two types of generators: one generator of white noise and one (or more) generator(s) of periodic pulses. Then, by carefully controlling the amount of signal that each generator sends to the filters, one can roughly emulate the behavior of the vocal folds, whether or not they are tensioned. A number of variations have been proposed in order to furnish the source stream with more realism, but to our knowledge none of these has addressed the needs of extralinguistic utterances. We propose that source streams suitable for synthesizing extralinguistic utterances can be produced using granular synthesis techniques coupled with self-organizing dynamic systems. An example is presented which uses a cellular automaton-controlled granular synthesizer.
