In this paper we provide a review of copula theory with applications to finance. We illustrate the idea on the bivariate framework and discuss the simple, elliptical and Archimedean classes of copulae. Since the copulae model the dependency structure between random variables, next we explain the...

When is one distribution (of income, consumption, or some other economic variable) more equal or better than another? This question has proven difficult to answer in situations where distribution functions intersect and no unambiguous ranking can be attained without introducing weaker criteria...

Co‐makership is the process by which two or more participants in an enterprise cooperate to produce a good or a service. Co‐makership relationships have become increasingly advanced at the production end of the supply chain. They are now extending downstream, to the physical distribution...

Purpose – The purpose of this article is to introduce a new method of estimating risk as an alternative to value at risk (VaR), drawing on the risk assessment literature in environmental science. Design/methodology/approach – A commonly used and accepted measure of market risk is VaR,...

Purpose – The purpose of this article is to introduce a new method of estimating risk as an alternative to value at risk (VaR), drawing on the risk assessment literature in environmental science. Design/methodology/approach – A commonly used and accepted measure of market risk is VaR,...

This paper analyzes the consequences of non-classical measurement error for distributional analysis. We show that for a popular set of distributions negative correlation between the measurement error (u) and the true value (y) may reduce the bias in the estimated distribution at every value of...

In this paper we provide a review of copula theory with applications to finance. We illustrate the idea on the bivariate framework and discuss the simple, elliptical and Archimedean classes of copulae. Since the cop- ulae model the dependency structure between random variables, next we explain...

Many proteins exhibit a sharp maximum in the heat capacity as a function of temperature as a result of the denaturation process. We have recently shown that the temperature dependence of the heat capacity can be converted into a finite set of moments of the enthalpy distribution for the protein....