Downside risk aversion (downside RA) and decreasing absolute risk aversion (DARA) are different concepts that describe preferences for which the harm from bearing risk is lessened by an increase in wealth. This note presents some intuitive explanations of the difference between the two concepts using simple lotteries and graphical analysis. All risk-averse utility functions exhibit downside risk aversion, except those that exhibit sufficiently strong increasing absolute risk aversion (IARA). In a sense, downside RA is to be expected: adding downside risk to a baseline lottery is analogous to increasing risk while adding upside risk is analogous to decreasing risk. The difference between the two concepts can be attributed to the use of diffe...
The paper discusses criteria for comparing risk aversion of decision makers when outcomes are multid...
Agents are assumed to have a power risk aversion utility function in an otherwise standard asset pri...
The risk premium and the probability premium are used to determine appropriate coefficients of absol...
This paper shows that the precautionary premium embodies a tradeoff between risk and downside risk. ...
In this paper, we show that risk vulnerability can be associated with the concept of downside risk a...
We search for a definition of the downside risk premium analogous to the Pratt–Arrow definition of t...
This paper shows that the precautionary premium embodies a tradeoff between risk and downside risk. ...
We consider the risk premium demanded by a decision maker with wealth x in order to be indifferent b...
Measuring risk aversion is sensitive to assumptions about the wealth in subjects’ utility functions....
We provide comparative global conditions for downside risk aversion, which are similar to the ones s...
Risk aversion is traditionally defined in the context of lotteries over monetary payoffs. This paper...
While there is no abstract for this paper, it makes an argument that relative risk aversion is decre...
Defense date: 15/01/2010Examining Board: Professor Pascal Courty, University of Victoria, Canada, Su...
Within the expected-utility framework, the only explanation for risk aversion is that the utility f...
In this paper we apply to multiplicative lotteries the idea of preference for “harm disaggregation” ...
The paper discusses criteria for comparing risk aversion of decision makers when outcomes are multid...
Agents are assumed to have a power risk aversion utility function in an otherwise standard asset pri...
The risk premium and the probability premium are used to determine appropriate coefficients of absol...
This paper shows that the precautionary premium embodies a tradeoff between risk and downside risk. ...
In this paper, we show that risk vulnerability can be associated with the concept of downside risk a...
We search for a definition of the downside risk premium analogous to the Pratt–Arrow definition of t...
This paper shows that the precautionary premium embodies a tradeoff between risk and downside risk. ...
We consider the risk premium demanded by a decision maker with wealth x in order to be indifferent b...
Measuring risk aversion is sensitive to assumptions about the wealth in subjects’ utility functions....
We provide comparative global conditions for downside risk aversion, which are similar to the ones s...
Risk aversion is traditionally defined in the context of lotteries over monetary payoffs. This paper...
While there is no abstract for this paper, it makes an argument that relative risk aversion is decre...
Defense date: 15/01/2010Examining Board: Professor Pascal Courty, University of Victoria, Canada, Su...
Within the expected-utility framework, the only explanation for risk aversion is that the utility f...
In this paper we apply to multiplicative lotteries the idea of preference for “harm disaggregation” ...
The paper discusses criteria for comparing risk aversion of decision makers when outcomes are multid...
Agents are assumed to have a power risk aversion utility function in an otherwise standard asset pri...
The risk premium and the probability premium are used to determine appropriate coefficients of absol...