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6 results

Newest first

…the zebra finch cortical nucleus HVC (used as a proper name), produce precisely timed, highly reliable and ultra-sparse neural sequen

Wed, Feb 14, 2024 · 16:00 UTC

Seminar · Behavioral Neuroscience

Thalamic maintenance of a complex sequential learned behavior: birdsong

Nader Nikbakht, Michale Fee, Derek Sederman et al. · COSYNE 2023

…The premotor cortical region HVC (proper name) contains projection neurons that produce precisely timed, highly reliable and ultra-sparse spike burst sequences that underlie song dynamics. The origin of these bursts is debated. One model posits that bursts are gen

ePoster · Neuroscience

Temporal Dynamics in an Attractor Model of the Songbird’s Premotor Nucleus.

Fjola Hyseni, Arthur Leblois, Nicolas P. Rougier · COSYNE 2022

…zebra finches, the premotor nucleus HVC is responsible for the precise control of song tempo. Current computational models of HVC rely on synfire chains, a purely feedforward network model that can account for HVC sequential activity. Synfire chains are however

ePoster · Computational Neuroscience

Neural control of vocal interactions in songbirds

Daniela Vallentin · Max Planck Institute for Ornithology

During conversations we rapidly switch between listening and speaking which often requires withholding or delaying our speech in order to hear others and avoid overlapping. This capacity for vocal turn-taking is exhibited by non-linguistic species as well, however the neural circuit mechanisms that enable us to regulate the precise timing of our vocalizations during interactions are unknown. We aim to identify the neural mechanisms underlying the coordination of vocal interactions. Therefore, we paired zebra finches with a vocal robot (1Hz call playback) and measured the bird’s call response t

Fri, May 15, 2020 · 13:00 UTC

Seminar · Behavioral Neuroscience