This paper studies the behavior of the implied volatility function (smile) when the true distribution of the underlying asset is consistent with the stochastic volatility model proposed by Heston (1993). The main result of the paper is to extend previous results applicable to the smile as a whole to alternative degrees of moneyness. The conditions under which the implied volatility function changes whenever there is a change in the parameters associated with Heston’s stochastic volatility model for a given degree of moneyness are given. Copyright Springer-Verlag Berlin/Heidelberg 2004Stochastic volatility, volatility smile, skewness, kurtosis, option pricing,
The "smile effect" is a result of an empirical observation of the options' implied volatility with t...
We present a new method to measure the intraday relationship between movements of implied volatility...
The purpose of this paper is to introduce a new approach that allows to construct no-arbitrage marke...
This paper studies the behavior of the implied volatility function (smile) when the true distributio...
The implied volatility smile refers to the variation in implied volatilities across options which ...
We consider the pricing and hedging problem for options on stocks whose volatility is a random proce...
This review paper focuses on the smile-consistent stochastic volatility models. Smile-consistent sto...
The “smile effect” is a result of an empirical observation of the options’ implied volatility with t...
This paper tests whether the true smile in implied volatilities is flat. The smile in observed Black...
We report simple regressions and Granger causality tests in order to understand the pattern of impli...
We develop a simple closed 0form valuation model for options when the volatility of the underlying a...
If options are correctly priced, the interpretation of volatility in the Black-Scholes model (as ide...
The “smile effect ” is a result of an empirical observation of the options ’ implied volatility with...
We report simple regressions and rather sophisticated linear and nonlinear Granger causality test in...
Abstract. Using a stochastic implied volatility method we show how to introduce smiles and skews int...
The "smile effect" is a result of an empirical observation of the options' implied volatility with t...
We present a new method to measure the intraday relationship between movements of implied volatility...
The purpose of this paper is to introduce a new approach that allows to construct no-arbitrage marke...
This paper studies the behavior of the implied volatility function (smile) when the true distributio...
The implied volatility smile refers to the variation in implied volatilities across options which ...
We consider the pricing and hedging problem for options on stocks whose volatility is a random proce...
This review paper focuses on the smile-consistent stochastic volatility models. Smile-consistent sto...
The “smile effect” is a result of an empirical observation of the options’ implied volatility with t...
This paper tests whether the true smile in implied volatilities is flat. The smile in observed Black...
We report simple regressions and Granger causality tests in order to understand the pattern of impli...
We develop a simple closed 0form valuation model for options when the volatility of the underlying a...
If options are correctly priced, the interpretation of volatility in the Black-Scholes model (as ide...
The “smile effect ” is a result of an empirical observation of the options ’ implied volatility with...
We report simple regressions and rather sophisticated linear and nonlinear Granger causality test in...
Abstract. Using a stochastic implied volatility method we show how to introduce smiles and skews int...
The "smile effect" is a result of an empirical observation of the options' implied volatility with t...
We present a new method to measure the intraday relationship between movements of implied volatility...
The purpose of this paper is to introduce a new approach that allows to construct no-arbitrage marke...