We derive a closed form portfolio optimization rule for an investor who is diffident about mean return and volatility estimates, and has a CRRA utility. Confidence is here represented using ellipsoidal uncertainty sets for the drift, given a (compact valued) volatility realization. This specification affords a simple and concise analysis, as the agent becomes observationally equivalent to one with constant, worst case parameters. The result is based on a max–min Hamilton–Jacobi–Bellman–Isaacs PDE, which extends the classical Merton problem and reverts to it for an ambiguity-neutral investor. © 2016, Springer-Verlag Berlin Heidelberg
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice ...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice p...
We derive closed-form portfolio rules for robust mean–variance portfolio optimization where the retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
Cataloged from PDF version of article.We consider the problem of optimal portfolio choice using the ...
none3siOptimal portfolio rules are derived under uncertainty aversion by formulating the portfolio ...
Cataloged from PDF version of article.In a financial market composed of n risky assets and a riskles...
Ambiguity, also called Knightian or model uncertainty, is a key feature in financial modeling. A rec...
Lin Q, Riedel F. Optimal consumption and portfolio choice with ambiguity. Center for Mathematical Ec...
Ambiguity, also called Knightian or model uncertainty, is a key feature in financial modeling. A rec...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice ...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice ...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice p...
We derive closed-form portfolio rules for robust mean–variance portfolio optimization where the retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
We derive a closed form portfolio optimization rule for an investor who is diffident about mean retu...
Cataloged from PDF version of article.We consider the problem of optimal portfolio choice using the ...
none3siOptimal portfolio rules are derived under uncertainty aversion by formulating the portfolio ...
Cataloged from PDF version of article.In a financial market composed of n risky assets and a riskles...
Ambiguity, also called Knightian or model uncertainty, is a key feature in financial modeling. A rec...
Lin Q, Riedel F. Optimal consumption and portfolio choice with ambiguity. Center for Mathematical Ec...
Ambiguity, also called Knightian or model uncertainty, is a key feature in financial modeling. A rec...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice ...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice ...
Optimal portfolio rules are derived under uncertainty aversion by formulating the portfolio choice p...
We derive closed-form portfolio rules for robust mean–variance portfolio optimization where the retu...