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Volatility Smiles

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Derivative Security Pricing

Abstract

It is commonly observed across many underlying assets that the implied volatility of the Black Scholes model varies across exercise price and time-to-maturity and has a pattern known as the volatility smile. In this chapter, we first address the volatility smile using the stochastic volatility models which may underestimate the size of the smile. We then develop an approach to calibrate the smile by choosing the volatility function as a deterministic function of the underlying asset price and time so as to fit the model option price to the observed volatility smile.

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Notes

  1. 1.

    In the standard binomial model the up and down probabilities are respectively \(e^{\sigma \sqrt{\varDelta t}}\) and \(e^{-\sigma \sqrt{\varDelta t}}\) where σ is the constant volatility (see Sect. 17.4). Thus \(S_{1} = s_{1}e^{-\sigma \sqrt{\varDelta t}}\) and \(S_{2} = s_{1}e^{\sigma \sqrt{\varDelta t}}\) from which Eq. (18.22) follows.

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Chiarella, C., He, XZ., Nikitopoulos, C.S. (2015). Volatility Smiles. In: Derivative Security Pricing. Dynamic Modeling and Econometrics in Economics and Finance, vol 21. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-45906-5_18

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