| 2022 | FIE | Main Course or Buffet? Degree of Student Specialization in Elective Choices. | Julia Sonnenberg-Klein, Elliot Moore |
| 2019 | FIE | Providing flexible and career-correlated paths through the undergraduate electrical and computer engineering curriculum. | Elliot Moore, Mary Ann Weitnauer, Kristine S. Nagel |
| 2017 | Interspeech | Cross-Database Models for the Classification of Dysarthria Presence. | Stephanie Gillespie, Yash-Yee Logan, Elliot Moore, Jacqueline Laures-Gore, Scott Russell, Rupal Patel |
| 2016 | ICASSP | Exploratory analysis of speech features related to depression in adults with Aphasia. | Stephanie Gillespie, Elliot Moore, Jacqueline Laures-Gore, Matthew Farina |
| 2015 | Interspeech | Objective study of the performance degradation in emotion recognition through the AMR-WB+ codec. | Aaron Albin, Elliot Moore |
| 2012 | Interspeech | A HMM approach to residual estimation for high resolution voice conversion. | Winston S. Percybrooks, Elliot Moore |
| 2012 | Interspeech | Speaker Discrimination Ability of Glottal Waveform Features. | Juan F. Torres, Elliot Moore |
| 2009 | ICASSP | Investigating glottal parameters for differentiating emotional categories with similar prosodics. | Rui Sun, Elliot Moore, Juan F. Torres |
| 2008 | ICASSP | Voice conversion with linear prediction residual estimaton. | Winston S. Percybrooks, Elliot Moore |
| 2008 | ICASSP | A study of Glottal waveform features for deceptive speech classification. | Juan F. Torres, Elliot Moore, Ernest Bryant |
| 2007 | Interspeech | New algorithm for LPC residual estimation from LSF vectors for a voice conversion system. | Winston S. Percybrooks, Elliot Moore |
| 2007 | Interspeech | Performance evaluation of glottal quality measures from the perspective of vocal tract filter consistency. | Juan F. Torres, Elliot Moore |
| 2005 | ICASSP | Ultra Low Bit Rate Speech Coding Using an Ergodic Hidden Markov Model. | Matthew Lee, Adriane Swaim Durey, Elliot Moore, Mark Clements |
| 2004 | ICASSP | Algorithm for automatic glottal waveform estimation without the reliance on precise glottal closure information. | Elliot Moore, Mark Clements |