How will we rate telecommunications system performance? - Stephen Wolf; Charles A. Dvorak; Robert F. Kubichek; Colin R. South; Richard A. Schaphorst; Stephen D. Voran (IEEE Commun. Mag., 1991)

User-oriented measures of telecommunication quality. - Neal B. Seitz; Stephen Wolf; Stephen Voran; Randy Bloomfield (IEEE Commun. Mag., 1994)

Polar coordinate quantizers that minimize mean-squared error. - Stephen D. Voran; Louis L. Scharf (IEEE Trans. Signal Process., 1994)

A simplified version of the ITU algorithm for objective measurement of speech codec quality. - Stephen Voran (ICASSP, 1998)

Objective estimation of perceived speech quality. I. Development of the measuring normalizing block technique. - Stephen Voran (IEEE Trans. Speech Audio Process., 1999)

Objective estimation of perceived speech quality .II. Evaluation of the measuring normalizing block technique. - Stephen Voran (IEEE Trans. Speech Audio Process., 1999)

Compensating for gain in objective quality estimation algorithms. - Stephen Voran (ICASSP (3), 2004)

A Multiple-Description PCM Speech Coder using Structured Dual Vector Quantizers. - Stephen D. Voran (ICASSP (1), 2005)

Second-harmonic magnetoresistive imaging to authenticate and recover data from magnetic storage media. - David P. Pappas; A. V. Nazarov; D. Stevenson; Stephen D. Voran; Mike E. Read; Erin M. Gormley; James Cash; Ken Marr; James J. Ryan (J. Electronic Imaging, 2005)

Perceptual Models for Speech, Audio, and Music Processing. - Jont B. Allen; Wai-Yip Geoffrey Chan; Stephen Voran (EURASIP J. Audio Speech Music. Process., 2007)

Listener detection of talker stress in low-rate coded speech. - Stephen Voran (ICASSP, 2008)

Multiple-Description Speech Coding Using Speech-Polarity Decomposition. - Stephen D. Voran; Andrew Catellier (GLOBECOM, 2010)

Subjective ratings of instantaneous and gradual transitions from narrowband to wideband active speech. - Stephen D. Voran (ICASSP, 2010)

Gradient Ascent Subjective Multimedia Quality Testing. - Stephen D. Voran; Andrew Catellier (EURASIP J. Image Video Process., 2011)

Lossless compression of G.711 speech using only look-up tables. - Stephen D. Voran (ICASSP, 2013)

When should a speech coding quality increase be allowed within a talk-spurt? - Stephen D. Voran; Andrew Catellier (ICASSP, 2013)

Using articulation index band correlations to objectively estimate speech intelligibility consistent with the modified rhyme test. - Stephen Voran (WASPAA, 2013)

Exploration of the additivity approximation for spectral magnitudes. - Stephen Voran (WASPAA, 2015)

A multiple bandwidth objective speech intelligibility estimator based on articulation index band correlations and attention. - Stephen D. Voran (ICASSP, 2017)

The selection of spectral magnitude exponents for separating two sources is dominated by phase distribution not magnitude distribution. - Stephen Voran (WASPAA, 2017)

WEnets: A Convolutional Framework for Evaluating Audio Waveforms. - Andrew A. Catellier; Stephen D. Voran (CoRR, 2019)

Wawenets: A No-Reference Convolutional Waveform-Based Approach to Estimating Narrowband and Wideband Speech Quality. - Andrew A. Catellier; Stephen D. Voran (ICASSP, 2020)

Optimal Frame Duration for Oracle Audio Signal Separation is Determined by Joint Minimization of Two Antagonistic Artifacts. - Stephen Voran (MMSP, 2021)

Full-Reference and No-Reference Objective Evaluation of Deep Neural Network Speech. - Stephen Voran (QoMEX, 2021)

Measuring Speech Quality of System Input while Observing only System Output. - Stephen Voran (QoMEX, 2021)

Wideband Audio Waveform Evaluation Networks: Efficient, Accurate Estimation of Speech Qualities. - Andrew A. Catellier; Stephen D. Voran (IEEE Access, 2023)

Why Some Audio Signal Short-Time Fourier Transform Coefficients Have Nonuniform Phase Distributions. - Stephen D. Voran (ICME, 2024)

AlignNet: Learning dataset score alignment functions to enable better training of speech quality estimators. - Jaden Pieper; Stephen Voran (INTERSPEECH, 2024)