On loops

Mooshammer, Christine; Hoole, Phil; Kühnert, Barbara

doi:10.1016/s0095-4470(95)80029-8

Cited by 50 publications

(74 citation statements)

References 9 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…All four plots clearly confirm that the biomechanical model correctly reproduces the forward articulatory loop that can be observed for natural velar stop production (Mooshammer et al 1995).…”

Section: Tongue Contour Trajectories For the Ep Stimulisupporting

confidence: 71%

“…One important point to take into account when designing a valid multidimensional cue weighting experiment are the transitions between the phoneme targets: For example, velar stops show a strong articulatory forward loop (see, e.g., Mooshammer et al 1995), additionally the shape of the loops differs for voiceless and voiced consonantal targets (Brunner et al 2011). Assuming that these loops could play a perceptual role, in the design of multidimensional perceptual stimuli one preferably aims for the most realistic synthesis model, with the aim to not disregard possible important influences on the perceptual system.…”

Section: Modelling Physically Realistic Perceptual Stimulimentioning

confidence: 99%

See 1 more Smart Citation

Constructing Physically Realistic VCV Stimuli for the Perception of Stop Voicing in European Portuguese

Pape

Jesus

Perrier

2012

Lecture Notes in Computer Science

View full text Add to dashboard Cite

Section: Tongue Contour Trajectories For the Ep Stimulisupporting

confidence: 71%

Section: Modelling Physically Realistic Perceptual Stimulimentioning

confidence: 99%

Constructing Physically Realistic VCV Stimuli for the Perception of Stop Voicing in European Portuguese

Pape

Jesus

Perrier

2012

Lecture Notes in Computer Science

View full text Add to dashboard Cite

“…For intervocalic velar stops, it has been shown that there is usually a looping movement. During this movement the tongue slides along the palate, usually from a more retracted point towards a more fronted point (e.g., Mooshammer et al 1995;Brunner et al 2011), although backward looping occurs depending on the vowel context and the speaker. Informal observations on the data discussed in this study suggest that there is forward looping during the velar stop in /sk/ as well, even with a smaller movement amplitude.…”

Section: Onsets Versus Codasmentioning

confidence: 99%

Timing of German onset and word boundary clusters

Brunner

Geng

Sotiropoulou

et al. 2014

Laboratory Phonology

View full text Add to dashboard Cite

Previous studies suggest that there are special timing relations in syllable onsets. The consonants are assumed to be timed, on the one hand, with the vocalic nucleus and, on the other hand, with each other. These competing timing relations result in the C-center effect. However, the C-center effect has not consistently been found in languages with complex onsets. Moreover, it has occasionally been found in languages disallowing complex onsets. The present study investigates onset timing in German while discussing alternative explanations (not related to bonding) for the timing patterns observed. Six German speakers were recorded via Electromagnetic Articulography. The corpus contained items with four clusters (/sk/, /kv/, /gl/, and /pl/). The clusters occur in word-initial position, word-medial position, and across a word boundary preceding different vowels. The results suggest that segmental properties (i.e., oral-laryngeal coordination, coarticulatory resistance) determine the observed timing patterns, and specifically the absence or presence of the C-center effect.

show abstract

“…Mooshammer, Hoole, and Kühnert (1995) analyzed tongue movements during velar consonant production in various vowel contexts by means of electromagnetic articulography. Three transmitter coils mounted on a helmet generated an alternating magnetic field at three different frequencies.…”

Section: Production and Acoustics Of The Voiced Alveolar Stopmentioning

confidence: 99%

Formant deflection directions of the voiced alveolar stop consonant in different vowel contexts

Story

2006

The Journal of the Acoustical Society of America

View full text Add to dashboard Cite

A parametric model of the vocal-tract area function was used to synthesize a series of alveolar stop consonant constrictions imposed on 9 /V1V2/ transitions (e.g., /idae/). The constrictions differed in configurations, places of occurrence along the vocal-tract length, and the onset and release times to create different on-glide and off-glide formant deflection patterns. It was hypothesized that the formant deflection directions caused by the onset and release of the consonant constriction relative to the underlying vowel-to-vowel formant transitions (i.e., without consonant perturbations) provide information about the identity of the alveolar stop. Perceptual tests were conducted to assess the phonemic identities of the formant patterns produced by the model. The model parameter settings used to create the consonant constrictions that were perceived as /d/’s were analyzed to study the coarticulation effect between /d/ and different vowel contexts.

show abstract

On loops

Cited by 50 publications

References 9 publications

Constructing Physically Realistic VCV Stimuli for the Perception of Stop Voicing in European Portuguese

Constructing Physically Realistic VCV Stimuli for the Perception of Stop Voicing in European Portuguese

Timing of German onset and word boundary clusters

Formant deflection directions of the voiced alveolar stop consonant in different vowel contexts

Contact Info

Product

Resources

About