A higher-order likelihood-based asymptotic method to obtain inference for the difference between two KS Sharpe ratios when gross returns of an investment are assumed to be lognormally distributed is proposed. Theoretically, our proposed method has On−3/2 distributional accuracy, whereas conventional methods for inference have On−1/2 distributional accuracy. Using an example, we show how discordant confidence interval results can be depending on the methodology used. We are able to demonstrate the accuracy of our proposed method through simulation studies
When some treatments are ordered according to the categories of an ordinal categorical variable (e.g...
International audiencePerformance analysis is a key process in finance to evaluate or compare invest...
We consider a very general class of empirical discrepancy statistics that includes the Cressie--Read...
Applied researchers often test for the difference of the Sharpe ratios of two investment strategies....
The Sharpe ratio is the prominent risk-adjusted performance measure used by practitioners. Statistic...
The Sharpe ratio is one of the most widely used measures of the performance of an investment with re...
The Sharpe ratio is a widely used risk-adjusted performance measurement in economics and finance. Mo...
Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any m...
Most existing results on the distribution of the maximum Sharpe ratio depend on the assumption of mu...
Abstract The Sharpe ratio is a common financial performance measure that represents the optimal risk...
peer reviewedWe develop a likelihood-ratio test for discriminating between the g-and-h and the g di...
This paper reexamines the use of the Sharpe ratio to measure the performance of large and small comp...
Asymptotic expansions of the distributions of the pivotal statistics involving log-likelihood deriva...
The problem of estimating the ratio of coefficients of variation of two independent lognormal popula...
AbstractAsymptotic expansions of the distributions of the pivotal statistics involving log-likelihoo...
When some treatments are ordered according to the categories of an ordinal categorical variable (e.g...
International audiencePerformance analysis is a key process in finance to evaluate or compare invest...
We consider a very general class of empirical discrepancy statistics that includes the Cressie--Read...
Applied researchers often test for the difference of the Sharpe ratios of two investment strategies....
The Sharpe ratio is the prominent risk-adjusted performance measure used by practitioners. Statistic...
The Sharpe ratio is one of the most widely used measures of the performance of an investment with re...
The Sharpe ratio is a widely used risk-adjusted performance measurement in economics and finance. Mo...
Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any m...
Most existing results on the distribution of the maximum Sharpe ratio depend on the assumption of mu...
Abstract The Sharpe ratio is a common financial performance measure that represents the optimal risk...
peer reviewedWe develop a likelihood-ratio test for discriminating between the g-and-h and the g di...
This paper reexamines the use of the Sharpe ratio to measure the performance of large and small comp...
Asymptotic expansions of the distributions of the pivotal statistics involving log-likelihood deriva...
The problem of estimating the ratio of coefficients of variation of two independent lognormal popula...
AbstractAsymptotic expansions of the distributions of the pivotal statistics involving log-likelihoo...
When some treatments are ordered according to the categories of an ordinal categorical variable (e.g...
International audiencePerformance analysis is a key process in finance to evaluate or compare invest...
We consider a very general class of empirical discrepancy statistics that includes the Cressie--Read...