This is brilliant! Thank you so much. I need to learn a lot about the acoustic properties of fricatives and affricates and your video is extremely helpful!
Thanks! This is wonderful stuff. I have been trying to use the KlattGrid for fricatives, but I haven't been successful. In theory, it should be possible to add the parameters you showed here to the KG, but I don't seem to get the right sound.
Yes, there is a table of parameters used in this paper: www.mattwinn.com/pubs/Winn_2020_gender_accomodation_CI_and_vocoders.pdf and a visual display of parameters in this paper: www.mattwinn.com/pubs/Winn_Moore_2020_gender_perception_cue_weighting.pdf ... but note that these parameters do not represent a gold standard - they are for the specific voice used in that study. The script from the video should be used to explore the parameters that best fit the voice you are using.
This is brilliant! Thank you so much. I need to learn a lot about the acoustic properties of fricatives and affricates and your video is extremely helpful!
Thanks! This is wonderful stuff. I have been trying to use the KlattGrid for fricatives, but I haven't been successful. In theory, it should be possible to add the parameters you showed here to the KG, but I don't seem to get the right sound.
love your sense of humor. jajaja
This was so interesting to watch and learn. Is there anywhere a table of characteristic frequency bands for the different fricatives?
Yes, there is a table of parameters used in this paper:
www.mattwinn.com/pubs/Winn_2020_gender_accomodation_CI_and_vocoders.pdf
and a visual display of parameters in this paper:
www.mattwinn.com/pubs/Winn_Moore_2020_gender_perception_cue_weighting.pdf
... but note that these parameters do not represent a gold standard - they are for the specific voice used in that study. The script from the video should be used to explore the parameters that best fit the voice you are using.