New paper #3 (with undergrad star Dawson Stephens): Speaking rate normalization wasn't altered whether hearing 1 context sentence per trial or 2 (in both ears or opposite ears). As long as amplitude modulations were present, perception kept being shifted https://t.co/SpbDxkPRsc
New paper #2 (with @matt_with_ears): Spectral contrast effects in speech perception occur in different frequency regions, but their magnitudes are not correlated. There is strong consistency within-frequency, just not across-frequency https://t.co/HPH0GGhhYi
New paper #1 (with undergrad star Isabel Adames and Anya Shorey, Ph.D.): how perception of musical pitch and timbre is shaped by a wide range of timescales, spanning a few trials to one's lifetime. Four experiments, lots of analyses, and open access
https://t.co/ZCnebeI0JV
Attendees of #ASA187:
@AnyaShorey 's dissertation research is ๐ฅ๐ฅ๐ฅ. It's going to revolutionize research on musical expectancy. Come see her talk Thursday afternoon (3pPP7) at 4:05pm eastern!
@acousticsorg@ASA_JASA
We have moved and rebranded! The Auditory Perception and Processing Lab at the University of Louisville is now the Marquette Auditory Lab (@MUauditorylab) at @MarquetteU!
Next up for us at #ASA186: We will be speaking in the 4aPP session "Interactions Between Voice and Speech Perception". What role does the voice play in acoustic context effects? Come and find out!
We are at #ASA in Ottawa! Our first presentation is Monday morning on how different timescales affect our sensitivity to the covariance between musical pitch and timbre (1aPP session). See you there!
h/t to Caleb King, Chloe Sharpe (E1 was her undergrad thesis!), and @AnyaShorey for all their hard work, and to @ASA_JASA for the opportunity to share our findings!
๐จ NEW PAPER ALERT๐จ
Slow speech makes the next speech sound faster and vice versa. These temporal contrast effects (TCEs, or speaking rate normalization) are widely known, but how resilient are they to different types of variability? 1/6
https://t.co/HpCy7y4E7l
Finally, results didnโt hang together within an experiment (via correlations/PCA on TCE sizes). That can happen amidst high stimulus variability, but instructive going forward about how to view multiple results from each sample. 6/6