Table of Contents

• Physical models of the vocal folds including pathologiesXavier Pelorson, Mico Hirschberg. 1 [doi]
• Measurement of the vocal-fold vibration behaviour in excised human laryngesJaromír Horácek, Jan G. Svec, Jan Veselý, Erkki Vilkman, Ivo Klepácek, Ales Vetesník. 2-7 [doi]
• Study of the airflow through in-vitro oscillating pathological vocal foldsCoriandre Vilain, Xavier Pelorson, A. Hirschberg, Jan Willems, L. Le Marre. 8-13 [doi]
• Experimental comparison between Staffieri and new tracheo-oesophageal prosthesesGuido Belforte, Massimiliana Carello. 14-20 [doi]
• Effects of transglottal pressure on fundamental frequency of phonation: study with a rubber modelKazutomo Kitajima, Hideyuki Kataoka, Shigehiro Owaki. 21-26 [doi]
• Detecting asymmetries in high speed observations of vocal folds during phonationMichael Döllinger, Ulrich Hoppe, Stefan Schuberth, Frank Hettlich, Ulrich Eysholdt. 27-34 [doi]
• The real and the non-real in speech measurementsDavid M. Howard. 35-44 [doi]
• Problems and pitfalls in pitch estimation of infant cries and voice signalsWerner Mende. 45-47 [doi]
• Stimulated production of vowel-like LX-waveforms and spectral damping in the absence of phonationChristopher J. Moore, Susan Jones. 48-52 [doi]
• The sound-damping characteristics of the vocal tract cavitiesVojtech Misun. 53-58 [doi]
• Aperiodicity extraction and control using mixed mode excitation and group delay manipulation for a high quality speech analysis, modification and synthesis system STRAIGHTHideki Kawahara, Jo Estill, Osamu Fujimura. 59-64 [doi]
• Pitch control in tracheoesophageal voiceA. Schindler, M. L. Garetto, M. Spadola Bisetti, F. Ottaviani, O. Schindler. 65-68 [doi]
• Mathematical modelling of male vocal tractKarel Dedouch, Jaromír Horácek, Tomás Vampola, Premysl Krsek, Jan G. Svec. 69-74 [doi]
• Analysis of cries of singletons and twins during the first year of lifeKathleen Wermke, Werner Mende. 75-78 [doi]
• Acoustic features of voice of children with motoric disordersNatalija Bolfan-Stosic, Emica Farago. 79-83 [doi]
• Rising shift of pitch frequency in the infant cry of some pathologic casesDaniel I. Escobedo Beceiro, Sergio Daniel Cano-Ortiz, Eddy Coello Frometa, Luis Regüeiferos Prego, Leonardo Capdevila Bravo. 84-90 [doi]
• Some acoustical features of the cry and speech signals in infants with epilepsyDaniel I. Escobedo Beceiro, Sergio Daniel Cano-Ortiz, Francisco J. Ruiz Miyares. 91-98 [doi]
• Analysis of vocal tract characteristics for near-term suicidal risk assessmentAsli Ozdas, Richard G. Shiavi, D. Mitchell Wilkes, Marilyn K. Silverman, Stephen E. Silverman. 99-102 [doi]
• The squirrel monkey as a model in the study of the central control of vocalizationUwe Jürgens. 103-107 [doi]
• Towards a systematic quantification of the speech speedRubén S. Wainschenker, Jorge Horacio Doorn, Marcela Castro. 108-112 [doi]
• A relation between voice quality and acoustic featuresHisao Kuwabara. 113-116 [doi]
• A physically-informed model of the glottis with application to voice quality assessmentCarlo Drioli, Federico Avanzini. 117-122 [doi]
• Voice quality as an aspect of prosodic control in speech utterance: the base function representation of the c/d modelOsamu Fujimura. 123-124 [doi]
• Understanding of vocal tract pathology using speech signals analysisRyszard Tadeusiewicz, Wieslaw Wszolek, Andrzej Izworski, Tadeusz Wszolek. 125-133 [doi]
• Quantitative assessment of the use of continuous wavelet transform in the analysis of the fundamental frequency disturb of the synthetic voiceAdriane Parraga, Milton A. Zaro, Adalberto Schuck. 134-137 [doi]
• A method for measurement of the vocal tract mouth impedanceMalte Kob, Christiane Neuschaefer-Rube. 138-143 [doi]
• Reconstruction of speech from whispersRobert W. Morris, Mark A. Clements. 144-149 [doi]
• Quality of voice signal after ENT surgeryWieslaw Wszolek, Maciej Modrzejewski, Ryszard Tadeusiewicz, Tadeusz Wszolek. 150-155 [doi]
• Noise reduction for vocal pathologiesLorenzo Matassini, Claudia Manfredi. 156-162 [doi]
• Speech production after glossectomy and reconstructive lingual surgery: a longitudinal studyChristophe Savariaux, Pascal Perrier, Daniel Pape, Jacques Lebeau. 163-168 [doi]
• Medical images compression by neural networksZakaria Benahmed Daho, Nacéra Benamrane, Arnaud Fréville. 169-175 [doi]
• Medical image interpretation by fuzzy neural networks and expert systemNacéra Benamrane, Rafika Abderahim, Leila Nemmiche. 176-180 [doi]
• Degree of sub-harmonic components in infant cries and in Down Syndrome children and children with dysphoniaNatalija Bolfan-Stosic, Mladen Hedjever. 181-187 [doi]
• Study of EEG signals to build a man-computer interfaceL. Faenza, G. Sciolla, Mariaisabella Colli, Alfredo Sacchi. 188-192 [doi]
• Clinical significance of the two-mass-modelUlrich Hoppe, Michael Döllinger, Stefan Schuberth, Frank Rosanowski, Ulrich Eysholdt. 193-194 [doi]
• Analysis of attractors of complex dynamical systems based on matrix decompositionAlexander M. Krot. 195-200 [doi]
• Estimation of minimal chaotic attractor embedding dimension on the basis of matrix decomposition for biomedical signal processingAlexander M. Krot, Helena B. Minervina. 201-206 [doi]
• Filter bank realizations of Volterra kernelsVadim O. Kudryavtsev. 207-210 [doi]
• Comparison between AR and SVD approaches for speech denoisingClaudia Manfredi, Massimo D'Aniello, Piero Bruscaglioni. 211-216 [doi]
• Independent component analysis of electromyographic signalAjay Somkuwar, Sujoy K. Guha, Sudhir Atreya. 217-221 [doi]
• Assessing the sound of cough towards vocalityAnnemie Van Hirtum, Daniel Berckmans. 222-227 [doi]
• Speech processing and recognition using artificial intelligence methodsAndrzej Izworski. 228-229 [doi]
• Pathological voice quality assesment using artificial neural networksTim Ritchings, Mark A. McGillion, Christopher J. Moore. 230-234 [doi]
• Automated recognition of spontaneous versus voluntary coughAnnemie Van Hirtum, Daniel Berckmans. 235-240 [doi]
• Screening of pathological voice from ARS using neural networksCheolwoo Jo, Kwangin Kim, Dae-Hyun Kim, Soo-Geon Wang. 241-245 [doi]
• Fast algorithms for Wiener kernels computing in speech phoneme recognitionAlexander M. Krot, Polina P. Tkachova. 246-253 [doi]
• Principal differential analysis of lip motion signalsJorge C. Lucero. 254-259 [doi]
• A time-varying complex ARMA speech modeling based on IV methodKeiichi Funaki. 260-263 [doi]