A single mechanism account of duration and rate processing via the pacemaker-accumulator and beat frequency models
Read:: - [ ] A single mechanism account of duration and rate processing via the pacemaker-accumulator and beat frequency models J. Hartcher-O’Brien, C. Brighouse, C.A. Levitan 2016 🛫 NA reading citation Print:: ❌ Zotero Link:: NA PDF:: NA Files:: Hartcher-O’Brien et al_2016_A single mechanism account of duration and rate processing via the.pdf; PubMed Central Link Reading Note:: J. Hartcher-O’Brien, C. Brighouse, C.A. Levitan (2016) Web Rip:: Hartcher-O’Brien et al. 2016. - A single mechanism account of duration and rate processing via the pacemaker-accumulator and beat frequency models - 16.11.22.md
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Abstract
Time is an essential dimension of our environment that allows us to extract meaningful information about speed of movement, speech, motor actions and fine motor control. Traditionally, models of time have tried to quantify how the brain might process the duration of an event. The most commonly cited are the pacemaker-accumulator model and the beat frequency model of interval timing, which explain how duration is perceived, represented and encoded. Here we posit such models as providing a powerful tool for simultaneously extracting, representing and encoding stimulus rate information. That is, any model that can process duration has all the information needed to code stimulus rate. We explore different processing strategies which would enable rate to be read off from both the pacemaker-accumulator and beat frequency model of interval timing. Finally we explore open questions that, when answered, will shed light upon potential mechanisms for duration and rate estimation.
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- Overall gives a great explanation on what SBF and PA models are
- This will be my point of reference for understanding and modeling them
- This seems to indicate that we would prefer a SBF model for locally organized neurons
- and PA model sounds better suited for an automata application as it “stores” the accumulation
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