Denote a $k$-step player’s belief about the proportion of $h$-step players by $gk(h)$. We assume that players doing $k \geq 1$ steps do not realize that others are using more than $k$ steps of thinking (that is, $gk(h) = 0, \forall h \geq k…Gabaix, Xavier, and David Laibson, “A Boundedly Rational Decision Algorithm,” American Economic Review, XC (May 2000), 433–438.
Gabaix, Xavier, David Laibson, Guillermo Moloche, and Stephen Weinberg, “The Allocation of Attention: Theory an…
Yuxin Chen
other · 2 mentions across 1 reading
In this course
Yuxin Chen appears only as a passing reference in these excerpts, cited within a bibliography entry alongside Gabaix, Laibson, and others on bounded rationality and attention allocation theory. While the full context of Chen's contribution is not visible in these fragments, the placement suggests engagement with models of limited cognitive capacity and how agents distribute finite attentional resources—concepts crucial to understanding how artificial systems and humans make decisions under computational constraints. This work on bounded rationality connects to the seminar's broader investigation of how cognition, whether human or machine, operates within real-world limitations rather than idealized rational frameworks.
Mentioned in 1 reading
Appears alongside
People mentioned in the same passages — sorted by co-occurrence weight.
Ganesh Iyer 2Amit Pazgal 1Bruno Broseta 1C. Mónica Capra 1Colin F. Camerer 1David Cooper 1Erik Eyster 1Ernst Fehr 1Giovanna Devetag 1Jean-Robert Tyran 1John Van Huyck 1Kuan Chong 1Massimo Warglien 1Matthew Rabin 1Miguel Costa-Gomes 1R. Zwick 1Russell W. Cooper 1Teck Ho 1Vincent Crawford 1Ami Pazgal 1Colin Camerer and Dan Lovallo 1David Laibson 1Xavier Gabaix 1