Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach
In this paper we explore the portfolio selection problem involving an uncertain time of eventual exit. To deal with this uncertainty, the worst-case CVaR methodology is adopted in the case where no or only partial information on the exit time is available, and the corresponding problems are integrat...
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sg-smu-ink.lkcsb_research-57782016-01-08T10:00:06Z Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach Dashan HUANG, ZHU, Shushang FABOZZI, Frank FUKUSHIMA, Masao In this paper we explore the portfolio selection problem involving an uncertain time of eventual exit. To deal with this uncertainty, the worst-case CVaR methodology is adopted in the case where no or only partial information on the exit time is available, and the corresponding problems are integrated into linear programs which can be efficiently solved. Moreover, we present a method for specifying the uncertain information on the distribution of the exit time associated with exogenous and endogenous incentives. Numerical experiments with real market data and Monte Carlo simulation show the usefulness of the proposed model. 2008-02-01T08:00:00Z text https://ink.library.smu.edu.sg/lkcsb_research/4779 info:doi/10.1016/j.jedc.2007.03.003 Research Collection Lee Kong Chian School Of Business eng Institutional Knowledge at Singapore Management University Robust CVaR; Robust portfolio selection; Uncertain exit time Finance and Financial Management Portfolio and Security Analysis |
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Robust CVaR; Robust portfolio selection; Uncertain exit time Finance and Financial Management Portfolio and Security Analysis Dashan HUANG, ZHU, Shushang FABOZZI, Frank FUKUSHIMA, Masao Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
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In this paper we explore the portfolio selection problem involving an uncertain time of eventual exit. To deal with this uncertainty, the worst-case CVaR methodology is adopted in the case where no or only partial information on the exit time is available, and the corresponding problems are integrated into linear programs which can be efficiently solved. Moreover, we present a method for specifying the uncertain information on the distribution of the exit time associated with exogenous and endogenous incentives. Numerical experiments with real market data and Monte Carlo simulation show the usefulness of the proposed model. |
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Dashan HUANG, ZHU, Shushang FABOZZI, Frank FUKUSHIMA, Masao |
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Dashan HUANG, ZHU, Shushang FABOZZI, Frank FUKUSHIMA, Masao |
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Dashan HUANG, |
title |
Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
title_short |
Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
title_full |
Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
title_fullStr |
Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
title_full_unstemmed |
Portfolio Selection with Uncertain Exit Time: A Robust CVaR Approach |
title_sort |
portfolio selection with uncertain exit time: a robust cvar approach |
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Institutional Knowledge at Singapore Management University |
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2008 |
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https://ink.library.smu.edu.sg/lkcsb_research/4779 |
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1770572690891997184 |