Index for 2pSC

• 2pSC1. The phonatory pressure-flow-adduction space.
• 2pSC2. Measurements of subglottal resonances and their influence on vowel spectra.
• 2pSC3. The normal modes of vocal fold tissues.
• 2pSC4. Modeling of glottal flow between oscillating walls with a computer fluid dynamics method.
• 2pSC5. Variation in vocal fold vibration associated with intonation pattern.
• 2pSC6. Optimal glottal width and convergence angle for ease of phonation.
• 2pSC7. Numerical simulation of the flow through in vitro models of the vocal folds.
• 2pSC8. Glottal characteristics of male speakers: Acoustic correlates and comparison with female data.
• 2pSC9. Formulation of methods for real-time simulation of biomechanical vocal tract.
• 2pSC10. Finite-element method analysis of a three-dimensional vocal tract model with branches.
• 2pSC11. Applying morphological constraints to estimate three-dimensional vocal-tract shapes from partial profile and acoustic information.
• 2pSC12. A shape-based approach to vocal tract area function estimation.
• 2pSC13. Accurate measurement of three-dimensional shapes of a vocal tract and a dental crown using magnetic resonance imaging: Japanese fricative consonants.
• 2pSC14. Approximate vocal tract shape invariance without vocal tract shape targets.
• 2pSC15. Acoustic measurement of vocal tract area function: An experimental study.
• 2pSC16. Timing of articulatory and acoustic targets---Evidence from electropalatography.
• 2pSC17. Tongue articulators as muscle synergies.
• 2pSC18. Landmark selection for cross-mapping muscle anatomy and volumetric images of the human tongue.
• 2pSC19. Acoustic and aerodynamic studies of Korean vowel devoicing.
• 2pSC20. Motor control information recovering using a target-based model of articulatory trajectory generation.
• 2pSC21. Investigating the ``trough:'' Vowel dynamics and aerodynamics.
• 2pSC22. The relationship between lip shapes and acoustical characteristics during speech.
• 2pSC23. Speech compensations to palatal modifications.
• 2pSC24. Articulatory effects of vowel context on fricatives: A magnetic resonance image study.
• 2pSC25. An MRI and EPG examination of /r/ and /l/.
• 2pSC26. Measurement of palatolingual contact stresses and patterns during consonant production using a force-sensor-mounted palatal plate.
• 2pSC27. Control of the oral release in bilabial stop consonant production.
• 2pSC28. Palato-lingual contact patterns during voiced and unvoiced consonant production.
• 2pSC29. Computer modeling of the production of ejectives using aerodynamic and acoustic data.
• 2pSC30. Phasic and tonic stretch reflexes in human jaw opener muscles.
• 2pSC31. Development of an articulatory measuring system by using magnetometer and optical sensors.
• 2pSC32. Perceptual effects of speaking with pellets on the articulators: An x-ray microbeam study.
• 2pSC33. Towards a three-dimensional articulographic system.
• 2pSC34. Micropower radar measurements of human vocal articulator motions.
• 2pSC35. Uses of micropower radars for speech coding and applications.
• 2pSC36. Traditional temporal measures are unstable and thus are inappropriate parameters to compare speech kinematics of control and stuttering populations.
• 2pSC37. Lip and tongue force control in patients with Parkinson's disease.
• 2pSC38. Treatment for the aging voice: Acoustic, aerodynamic, and electromyographic changes.
• 2pSC39. Voice changes associated with sinus disease: Pre- and post-operative data.
• 2pSC40. Transformation from normal to twang and sob vocal qualities.
• 2pSC41. Patterns of generalization in speech sensorimotor adaptation.
• 2pSC42. Effects of higher-order modes on sound radiation characteristics at the mouth opening.
• 2pSC43. A transmission-line model of the lateral approximants.
• 2pSC44. A maximum likelihood approach to estimating speech articulator positions from speech acoustics.
• 2pSC45. Examination of the open-end correction coefficient for side branches within an acoustic tube.