1 h 26 min
How to simulate and analyze drift-diffusion models of timing and decision making
Mathematical Modeling, Applied Mathematics, Cognition and seminar by Dr Patrick Simen, Oberlin College, USA
Hosted by Timing Research Forum
Wednesday 23:00–00:20 New York (GMT-5)
Recording available
Online
Recording
Abstract
My talk will discuss the use of some of these four, simple Matlab functions to simulate models of timing, and to fit models to empirical data. Feel free to examine the code and the relatively brief book chapter that explains the code before the talk if you would like to learn more about computational/mathematical modeling.
Topics
Related seminars
Neural signature for accumulated evidence underlying temporal decisions
Video · 1 h 11 min · Dec 16, 2021Nir Ofir, The Hebrew University of JerusalemHow does the cortex integrate conflicting time-information? A model of temporal averaging
Video · 51 min · Dec 17, 2020Benjamin De Corte, University of Iowa, USATime perception: how our judgment of time is influenced by the regularity and change in stimulus distribution?
Video · 1 h 50 min · Nov 7, 2020
More from Timing Research Forum
All talksThere’s more to timing than time: P-centers, beat bins and groove in musical microrhythm
Video · 1 h 8 min · Apr 29, 2024Anne DanielsenTime perception in film viewing as a function of film editing
Video · 50 min · Mar 27, 2024Lydia LiapiDistinctive features of experiential time: Duration, speed and event density
Video · 50 min · Mar 27, 2024Marianna Lamprou KokolakiThe Role of Spatial and Contextual Relations of real world objects in Interval Timing
Video · 32 min · Jan 29, 2024Rania Tachmatzidou