Authors - AES

Application of Low-Complexity Neural Equalizer for Adaptive Sound Equalization in Wireless Earbuds.

Open Access

Authors: Bezzola, ri; Li, Yuan

Affiliation: Samsung Research America

Publication Date: October 2025

Type: Convention Paper

Cost: Open Access (Free to all)

Application of ML-Based Time Series Forecasting to Audio Dynamic Range Compression

Open Access

Authors: Brunet, Pascal; Li, Yuan; Kim, Soohyun

Affiliation: 27931 Smyth Drive; Samsung Research America; CCRMA- Stanford University

Publication Date: October 2023

Type: Express Paper

Cost: Open Access (Free to all)

Energy Limiter for Control of Diaphragm Displacement and Port Velocity

Authors: Brunet, Pascal; Kubota, Glenn S.; Li, Yuan

Affiliation: Samsung Research America, DMS Audio-Lab, Valencia, CA, USA

Publication Date: October 2020

Type: Convention Paper

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

Automatic Loudspeaker Room Equalization Based On Sound Field Estimation with Artificial Intelligence Models

Open Access

Authors: Celestinos, Adrian; Li, Yuan; Chin Lopez, Victor Manuel

Affiliation: Samsung Research America, DMS Audio, Valencia CA, USA; Samsung Research Tijuana, Tijuana BC, Mexico

Publication Date: October 2021

Type: Convention Paper

Cost: Open Access (Free to all)

Perceptual loudness compensation for evaluation of personalized earbud equalization

Open Access

Authors: Celestinos, Adrian; Li, Yuan; Bezzola, Andri; Souza, Ema

Affiliation: Samsung Research America, Audio Lab, Valencia CA 91355; Samsung Research America, DMS Audio, Valencia CA 91355; Samsung Research America, DMS Audio, Valencia CA 91355; Samsung Research America, DMS Audio, Valencia CA 91355

Publication Date: September 2024

Type: Express Paper

Cost: Open Access (Free to all)

Developing a Method for the Subjective Evaluation of Smartphone Music Playback

Open Access

Authors: McMullin, Elisabeth; Suha, Victoria; Li, Yuan; Saba, Will; Brunet, Pascal

Affiliation: Samsung Research America, Valencia, CA USA

Publication Date: October 2018

Type: Convention Paper

Cost: Open Access (Free to all)

Application of AI techniques for Nonlinear control of loudspeakers

Authors: Brunet, Pascal M.; Li, Yuan; Kubota, Glenn S.; Mariajohn, Aaquila

Affiliation: Samsung Research America, Valencia, CA, USA

Publication Date: October 2021

Type: Convention Paper

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

Author

Author: Li, Yuan

Application of Low-Complexity Neural Equalizer for Adaptive Sound Equalization in Wireless Earbuds.

Application of ML-Based Time Series Forecasting to Audio Dynamic Range Compression

Energy Limiter for Control of Diaphragm Displacement and Port Velocity

Automatic Loudspeaker Room Equalization Based On Sound Field Estimation with Artificial Intelligence Models

Perceptual loudness compensation for evaluation of personalized earbud equalization

Developing a Method for the Subjective Evaluation of Smartphone Music Playback

Application of AI techniques for Nonlinear control of loudspeakers

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