Econometric applications of maxmin expected utility
By Gary Chamberlain. 2000
63 citations recorded by the source corpus.
Subfields: Economics and Econometrics, General Decision Sciences, Management Science and Operations Research
View Paper: https://www.semanticscholar.org/paper/235ec0ea547807c05d759ef23035f00f35ffae21
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Economics and Econometrics
- Lars Peter Hansen
- Massimo Marinacci
- Thomas J. Sargent
- Noah Williams
- Gauhar Turmuhambetova
- Gary Chamberlain
- Peter Klibanoff
- Timothy Cogley
In General Decision Sciences
- Lars Peter Hansen
- Massimo Marinacci
- Thomas J. Sargent
- Noah Williams
- Gauhar Turmuhambetova
- Gary Chamberlain
- Peter Klibanoff
- Jörg Stoye
In Management Science and Operations Research
- Lars Peter Hansen
- Massimo Marinacci
- Thomas J. Sargent
- Noah Williams
- Gauhar Turmuhambetova
- Jörg Stoye
- Shige Peng
- Peter Klibanoff
Citations in the corpus
- Decision Theory Applied to an Instrumental Variables Model (2007, methodology): “An algorithm is developed in Chamberlain (2000), using the minimax theorem for S-games (Blackwell and Girshick, 1954) and a concave programming algorithm, as in Wilson (1963).”
- Ambiguity Aversion and Model Misspecification: An Economic Perspective (2016, methodology): “In a model with date zero prior ambiguity, Chamberlain (2000) embraces the prior-byprior application of Bayes’ rule from an ex ante perspective without including a rectangular embedding. There remains scope for further dialog and discussion of this important topic as there are potentially important ”
- Nobel Lecture: Uncertainty Outside and Inside Economic Models (2014, methodology): “…a given date t, this measure is the expected log likelihood ratio under the M probability model and lends itself to tractable formulas for implementation.38 Another insightful formulation is given by Chen and Epstein ð2002Þ, which targets misspecification of transition densities in continuous time.”
- Understanding the Greenspan Standard (2005, unknown): “22 See, for example, Chamberlain (2000).”
- Robust control and model misspecification (2006, background): “(See Blackwell and Girshick [5] and Chamberlain [6] for related discussions.)”
- Robustness and Uncertainty Aversion (2002, background): “(See Blackwell and Girshick (1954) and Chamberlain (2000) for related discussions.)”