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2017 | OriginalPaper | Chapter

A Dynamic Average Value-at-Risk Portfolio Model with Fuzzy Random Variables

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Abstract

A perception-based portfolio model under uncertainty is presented. In the proposed model, randomness and fuzziness are evaluated respectively by probabilistic expectation and the mean values with evaluation weights and \(\lambda \)-mean functions. Introducing average value-at-risks under conditions, this paper formulates average value-at-risks in dynamic stochastic environment. By dynamic programming approach, an optimality condition of the optimal portfolios for dynamic average value-at-risks is derived. It is shown that the optimal average value-at-risk is a solution of the optimality equation under a reasonable assumption, and an optimal portfolio weight is obtained from the equation.

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Metadata
Title
A Dynamic Average Value-at-Risk Portfolio Model with Fuzzy Random Variables
Author
Yuji Yoshida
Copyright Year
2017
DOI
https://doi.org/10.1007/978-3-319-47557-8_17

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