4.6 Article

ANOVA for diffusions and Ito processes

Journal

ANNALS OF STATISTICS
Volume 34, Issue 4, Pages 1931-1963

Publisher

INST MATHEMATICAL STATISTICS
DOI: 10.1214/009053606000000452

Keywords

ANOVA; continuous sernimartingale; statistical uncertainty; goodness of fit; discrete sampling; parametric and nonparametric estimation; small interval asymptotics; stable convergence; option hedging

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U processes are the most common form of continuous semimartingales, and include diffusion processes. This paper is concerned with the nonparametric regression relationship between two such U processes. We are interested in the quadratic variation (integrated volatility) of the residual in this regression, over a unit of time (such as a day). A main conceptual finding is that this quadratic variation can be estimated almost as if the residual process were observed, the difference being that there is also a bias which is of the same asymptotic order as the mixed normal error term. The proposed methodology, ANOVA for diffusions and Ito processes, can be used to measure the statistical quality of a parametric model and, nonparametrically, the appropriateness of a one-regressor model in general. On the other hand, it also helps quantify and characterize the trading (hedging) error in the case of financial applications.

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