Simulations (bottom) closely resemble Experiments (top), in the temporal evolution of both the minimum distance to partner’s via-point over trials (a) and in the probability of establishing a collaboration (b), in both Learners (pink) and Non-Learners (green).

<p>Simulations (bottom) closely resemble Experiments (top), in the temporal evolution of both the minimum distance to partner’s via-point over trials (a) and in the probability of establishing a collaboration (b), in both Learners (pink) and Non-Learners (green).</p>

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Bibliographic Details
Main Author:	Cecilia De Vicariis (19929320) (author)
Other Authors:	Vinil T. Chackochan (8119643) (author), Laura Bandini (19929323) (author), Eleonora Ravaschio (19929326) (author), Vittorio Sanguineti (4993244) (author)
Published:	2024
Subjects:	Medicine Ecology Sociology Science Policy Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified xlink "> coordinating optimally combining predictions make specific predictions individual dyad participants impaired interaction capabilities eg force fields devise artificial agents action time series simulate interactive behaviors describe individual behaviors action &# 8217 joint action scenarios stag hunt game observed temporal evolution may also provide participant &# 8217 develop coordination strategies joint two via computational joint action actual joint action quadratic cost function model captures well learning rate ). joint coordination develops partner &# 8217 different nash equilibria observed behaviors nash equilibria joint coordination action selection &# 8212 joint tasks two ways quadratic games participant predicts game theory expected cost different representations computational models also estimated actual experiments thus helping theoretical basis stochastic optimization sensory observations sensorimotor version retention rate repeated trials partner model partner lead next move model predicts model parameters mechanisms underlying humans select factors preventing external perturbations explicit prediction experimental observations everyday experience establish forms dynamical models comprehensive characterization complex trajectories clinical settings
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Simulations (bottom) closely resemble Experiments (top), in the temporal evolution of both the minimum distance to partner’s via-point over trials (a) and in the probability of establishing a collaboration (b), in both Learners (pink) and Non-Learners (green).

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