Coping with ignorance: unforeseen contingencies and non-additive uncertainty
By Paolo Ghirardato. 2001
170 citations recorded by the source corpus.
Subfields: Artificial Intelligence, General Decision Sciences, Management Science and Operations Research
View Paper: https://www.semanticscholar.org/paper/b8dd8ecbf5d41a19a780e4ff9961ec603b825369
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Artificial Intelligence
- David S. Ahn
- Massimo Marinacci
- Richard Bradley
- Adam Brandenburger
- Harborne W. Stuart Jr.
- M. Drechsler
- A. Castaldo
In General Decision Sciences
- David S. Ahn
- Massimo Marinacci
- Richard Bradley
- Adam Brandenburger
- Harborne W. Stuart Jr.
- M. Drechsler
- A. Castaldo
- Fabio Maccheroni
In Management Science and Operations Research
- Adam Brandenburger
- Harborne W. Stuart Jr.
- David S. Ahn
- Massimo Marinacci
- Richard Bradley
- M. Drechsler
- A. Castaldo
- Olivier Chatain
Citations in the corpus
- Biform Games (2007, background): “49Ghirardato (2001) obtains a similar representation. He starts with a state-space formulation, but then coarsens the decision maker’s perception of the state space. Nehring and Puppe (1996) present conditions under which preferences over sets depend on the maximal and minimal elements of the sets.”
- Types of Uncertainty (2014, background): “by what Ghirardato (2001) terms a correspondence from states into sets of consequences.”
- Decision theory under ambiguity (2012, unknown): “is characterized then by the shape of the utility function u and ambiguity aversion, in the sense of Ghirardato and Marinacci (2002), by the shape of Φ.”
- Random Correspondences as Bundles of Random Variables (2001, background): “to model unforeseen contingencies and preference for flexibility by Mukerji (1997), Nehring (1999), Ghirardato (2001), and Ozdenoren (2002).”
- Ambiguity without a state space (2004, background): “Finally, Ghirardato (2001), Jaffray and Jeleva (2004), Mukerji (1997), and Nehring (1999) consider multi-valued acts which map states of the world to sets of consequences, while Viero (2006) considers acts which map to sets of lotteries.”
- Optimal risk-sharing rules and equilibria with Choquet-expected-utility (2000, unknown): “More generally, in the case of probabilized risk, Landsberger and Meilijson [1994] and Chateauneuf, Cohen and Kast [1997] have shown that Pareto Optima (P.”