Abstract: For both the academic and the financial communities it is a familiar stylized fact that stock market returns have negative skewness and excess kurtosis. This stylized fact has been supported by a vast collection of empirical studies. Given that the conventional measures of skewness and kurtosis are computed as an average and that averages are not robust, we ask, “How useful are the measures of skewness and kurtosis used in previous empirical studies? ” To answer this question we provide a survey of robust measures of skewness and kurtosis from the statistics literature and carry out extensive Monte Carlo simulations that compare the conventional measures with the robust measures of our survey. An application of the robust measures...
It is a matter of common observation that investors value substantial gains but are averse to heavy ...
In recent years skewness has become a much-discussed factor in financial research, and many studies/...
We use intraday data to compute weekly realized variance, skewness, and kurtosis for equity returns ...
For both the academic and the financial communities it is a familiar stylized fact that stock market...
The sample skewness and kurtosis of macroeconomic and financial time series are routinely scrutinize...
The main aim of our research is to investigate how higher order moments of distribution such as syst...
The purpose of this study is to explore the impact of skewness in asset return simulations and the e...
The recent advent of high-frequency data has given rise to the notion of realized skewness and reali...
We derive the approximate results for two standardized measures of deviation from normality, namely,...
In this study, we test the size and the book to market effects in explaining stock returns with co-s...
This article re-examines portfolio higher moments, skewness and kurtosis, to see whether this inform...
This research is an exposition of D. N. Joanes and C. A. Gill\u27s study on Comparing Measures of Sa...
One of the most fundamental and widely accepted ideas in finance is that investors are compensated t...
In this study, I show an effect of the statistical fourth moment on stock returns. In the mean-varia...
The purpose of this study is to investigate whether option price implied volatility, skewness and ku...
It is a matter of common observation that investors value substantial gains but are averse to heavy ...
In recent years skewness has become a much-discussed factor in financial research, and many studies/...
We use intraday data to compute weekly realized variance, skewness, and kurtosis for equity returns ...
For both the academic and the financial communities it is a familiar stylized fact that stock market...
The sample skewness and kurtosis of macroeconomic and financial time series are routinely scrutinize...
The main aim of our research is to investigate how higher order moments of distribution such as syst...
The purpose of this study is to explore the impact of skewness in asset return simulations and the e...
The recent advent of high-frequency data has given rise to the notion of realized skewness and reali...
We derive the approximate results for two standardized measures of deviation from normality, namely,...
In this study, we test the size and the book to market effects in explaining stock returns with co-s...
This article re-examines portfolio higher moments, skewness and kurtosis, to see whether this inform...
This research is an exposition of D. N. Joanes and C. A. Gill\u27s study on Comparing Measures of Sa...
One of the most fundamental and widely accepted ideas in finance is that investors are compensated t...
In this study, I show an effect of the statistical fourth moment on stock returns. In the mean-varia...
The purpose of this study is to investigate whether option price implied volatility, skewness and ku...
It is a matter of common observation that investors value substantial gains but are averse to heavy ...
In recent years skewness has become a much-discussed factor in financial research, and many studies/...
We use intraday data to compute weekly realized variance, skewness, and kurtosis for equity returns ...