Rate and Rhythm in speech Recognition (R3)

13 December 2019 09:00 - 13 December 2019 17:45
Max Planck Institute
On Friday December 13th 2019, the TEMPOS research group organizes the Rate and Rhythm in speech Recognition (R3) workshop at the MPI Nijmegen. Registration is free. Submit your poster abstract before October 4th 2019.

Speech is fast: talkers can produce spontaneous speech with syllables that last only a tenth of a second. Speech is also a pseudo-rhythmic signal. It contains pronounced amplitude fluctuations driven by the ebb and flow of words in canonical vs. reduced form, stressed vs. unstressed syllables, loud vowels vs. softer consonants. Together, these temporal aspects of speech are crucial for communication: if the rhythm of speech is destroyed, intelligibility drops dramatically. Yet which perceptual, cognitive, and neurobiological mechanisms support the temporal processing of speech remains unclear. This workshop brings together rate and rhythm researchers from the field of phonetics, psycholinguistics, language development, and cognitive neuroscience in an attempt to bridge the methodological, conceptual, and terminological divides. The workshop will provide a multidisciplinary perspective on some of the key questions in the field, including:

  • Attention to context: How is the perception of the temporal properties of speech guided by the phonetic, syntactic, semantic, and pragmatic properties of the surrounding speech? What is the role of attention in these context effects?
  • Multimodal processing: Does the processing of rate and rhythm involve domain-general or also domain-specific cognitive and neurobiological mechanisms that only contribute to the processing of spoken, musical, or visual (e.g., lip movements, beat gestures, etc.) rhythmic signals?
  • Individual variation: What drives variation in human listeners’ rhythmic processing skills? What speech and language pathologies may be results of atypical rhythmic processing?
  • Neurobiology: Which temporal processing properties of the brain constrain the way that speech is recognized and comprehended? Can neural stimulation techniques provide promising avenues for facilitating speech comprehension?

The workshop will work towards a more comprehensive understanding of rate and rhythm processing in general, and in spoken language in particular. The workshop will be held on Friday December 13th, 2019, at the Max Planck Institute for Psycholinguistics in Nijmegen, The Netherlands.



Hans Rutger Bosker



Merel Maslowski



Laura Dilley

Word recognition and segmentation as inference over hierarchically-embedded syllable and phoneme abstractions.


-- coffee break --



Eva Reinisch

Using speechrate for word recognition in sub-optimal listening conditions.


Nori Jacoby

Cross-cultural categorical perception without words: The case of musical rhythm.


-- poster session with lunch at the posters --



Judit Gervain

How prenatal and postnatal language experience shapes neural oscillations in young infants.


Usha Goswami

Language acquisition, neural entrainment, phonological development and dyslexia.


-- coffee break --



Lars Riecke

Conveying temporal information to the auditory system via non-invasive electric stimulation.


Sonja Kotz

Subcortico-cortical circuity and time and rhythm perception.


-- workshop closing --



-- workshop dinner --



Registration is free of charge but compulsory if you wish to attend the workshop. Places are limited. Please register here.

Poster session

The workshop includes a poster session for researchers that work in fields related to the topic of the workshop. However, spaces are limited and poster submissions will be evaluated by the organizers for relevance and quality. Submit your poster abstract of max. 200 words here. Deadline: October 4, 2019.


This R3 workshop is organized by the TEMPOS research group, headed by Hans Rutger Bosker.
Contact: HansRutger.Bosker@mpi.nl


Max Planck Institute for Psycholinguistics, Wundtlaan 1, Nijmegen, The Netherlands.

Max Planck Institute for Psycholinguistics

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