Integrating Vibrato Into Artificial Reverberation

Authors: Fan, Senyuan; Smith, Sarah

Affiliation: University of Rochester, USA

Publication Date: October 2021

Type: Engineering Brief

Cost: Free to AES members & institutions and $33 to non-members

Integrating Vibrato Into Artificial Reverberation

Authors: Fan, Senyuan; Smith, Sarah

Affiliation: University of Rochester, USA

Publication Date: October 2021

Type: Engineering Brief

Cost: Free to AES members & institutions and $33 to non-members

Investigating room impulse response characterization from the partial coherence properties of speech and music signals

Authors: Driscoll, Erin; Bocko, Mark; Smith, Sarah

Affiliation: University of Rochester, NY, USA

Publication Date: May 2023

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

Impact of Statistical Parameters of Late Reverberation on the Instantaneous Frequencies of Reverberant Audio

Authors: Smith, Sarah R.; Bocko, Mark F.

Affiliation: University of Rochester, Rochester, NY, USA

Publication Date: October 2019

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

Effect of Reverberation on Overtone Correlations in Speech and Music

Authors: Smith, Sarah R.; Bocko, Mark F.

Affiliation: University of Rochester, Rochester, NY, USA

Publication Date: October 2015

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

Modeling the Effects of Rooms on Frequency Modulated Tones

Authors: Smith, Sarah R.; Bocko, Mark F.

Affiliation: University of Rochester, Rochester, NY, USA

Publication Date: October 2017

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

Preserving Reverberation in a Sinusoidally Modeled Pitch Shifter

Authors: Smith, Sarah R.; Bocko, Mark F.

Affiliation: University of Rochester, Rochester, NY, USA

Publication Date: September 2016

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

A Statistical Metric for Stability in Instrumental Vibrato

Authors: Smith, Sarah R.; Bocko, Mark F.

Affiliation: University of Rochester, Rochester, NY, USA

Publication Date: October 2018

Type: Convention Paper

Cost: Free to AES members & institutions and $33 to non-members

A Matlab-Based Signal Processing Toolbox for the Characterization and Analysis of Musical Vibrato

Authors: Zhang, Mingfeng; Lu, Hengwei; Ren, Gang; Smith, Sarah; Beauchamp, James; Bocko, Mark F

Affiliation: Samsung Research America, Valencia, CA, USA; Dept. of Computer Science, University of Miami, Coral Gables, FL, USA; Center for Computational Science, University of Miami, Coral Gables, FL, USA; Electrical and Computer Engineering Department, University of Rochester, Rochester, NY, USA; Dept. of ECE and School of Music, Univ. of Illinois at Urbana-Champaign, Urbana, IL, USA

Publication Date: May 2017

Type: Journal Article

Cost: Free to AES members & institutions and $33 to non-members