Single-dimensional measures of risk, such as variance, semi-variance, entropy, etc., are necessarily incomplete. Aggregating potentially rich sources of information into a single, global index has been a long standing practice in most of economics and operations research. Concepts of utility functions, present values, global cost-benefit indexes, etc., are all characterized by a very inefficient utilization of information on which they are based. Risk, for example, is a multiple criteria concept and should be expressed componentwise, as a vector. Higher moments of probability distributions do not represent multiple criteria but only partial descriptions of a single stochastic criterion: anticipated return on investment. We introduce a multidimensional probabilistic measure of risk — Prospect Rating Vector (PRV). This concept is developed in concordance with the principles of stochastic dominance in a distribution-free framework.
[1]
R Burr Porter,et al.
Semivariance and Stochastic Dominance: A Comparison
,
1974
.
[2]
B. Stone.
A GENERAL CLASS OF THREE-PARAMETER RISK MEASURES
,
1973
.
[3]
Milan Zeleny,et al.
The Theory of the Displaced Ideal
,
1976
.
[4]
George C. Philippatos,et al.
Entropy, market risk, and the selection of efficient portfolios
,
1972
.
[5]
M. Zeleny.
Linear Multiobjective Programming
,
1974
.
[6]
Milan Zeleny,et al.
The Attribute-Dynamic Attitude Model Adam
,
1976
.
[7]
R Burr Porter,et al.
Stochastic Dominance vs. Mean-Variance Portfolio Analysis: An Empirical Evaluation
,
1972
.
[8]
Milan Zeleny,et al.
Multiple criteria decision making, Kyoto, 1975
,
1976
.
[9]
Peter C. Fishburn,et al.
A Survey of Multiattribute/Multicriterion Evaluation Theories
,
1978
.