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Spectral risk measures and the choice of risk aversion functior
Author(s)
Date Issued
2007-03-11
Date Available
2009-06-15T15:21:24Z
Abstract
Spectral risk measures are attractive risk measures as they allow the user to obtain
risk measures that reflect their risk-aversion functions. To date there has been
very little guidance on the choice of risk-aversion functions underlying spectral risk measures. This paper addresses this issue by examining two popular risk aversion functions, based on exponential and power utility functions respectively. We find that the former yields spectral risk measures with nice intuitiveproperties, but the latter yields spectral risk measures that can have perverse properties. More work therefore needs to be done before we can be sure that arbitrary but respectable utility functions will always yield ‘well-behaved’ spectral risk measures.
risk measures that reflect their risk-aversion functions. To date there has been
very little guidance on the choice of risk-aversion functions underlying spectral risk measures. This paper addresses this issue by examining two popular risk aversion functions, based on exponential and power utility functions respectively. We find that the former yields spectral risk measures with nice intuitiveproperties, but the latter yields spectral risk measures that can have perverse properties. More work therefore needs to be done before we can be sure that arbitrary but respectable utility functions will always yield ‘well-behaved’ spectral risk measures.
Sponsorship
Economic and Social Research Council; University College Dublin. School of
Type of Material
Working Paper
Publisher
University College Dublin. School of Business. Centre for Financial Markets
Series
Centre for Financial Markets working paper series
WP-07-20
Copyright (Published Version)
2007, Centre for Financial Markets
Classification
G15
Subject – LCSH
Risk--Econometric models
International finance
Financial risk
Language
English
Status of Item
Not peer reviewed
This item is made available under a Creative Commons License
File(s)
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WP-07-20.pdf
Size
111.42 KB
Format
Adobe PDF
Checksum (MD5)
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