Indifference Pricing and Hedging for Volatility Derivatives

Pricing and Hedging Volatility Derivatives∗

This paper studies the pricing and hedging of variance swaps and other volatility derivatives, including volatility swaps and variance options, in the Heston stochastic volatility model. Pricing and hedging results are derived using partial differential equation techniques. We formulate an optimization problem to determine the number of options required to best hedge a variance swap. We propose...

Indifference pricing and hedging in stochastic volatility models

We apply the concepts of utility based pricing and hedging of derivatives in stochastic volatility markets and introduce a new class of “reciprocal affine” models for which the indifference price and optimal hedge portfolio for pure volatility claims are efficiently computable. We obtain a general formula for the market price of volatility risk in these models and calculate it explicitly for th...

A note on the pricing and hedging of volatility derivatives

We consider the pricing of volatility products and especially volatility and variance swaps. Under risk-neutral valuation we provide closed form formulae for volatility-average and variance swaps. Also we provide a general partial differential equation for derivatives that have an extra dependence on an average of the volatility. We give approximate solutions of this equation for volatility pro...

On the pricing and hedging of volatility derivatives

Abstract We consider the pricing of a range of volatility derivatives, including volatility and variance swaps and swaptions. Under risk-neutral valuation we provide closed-form formulae for volatility-average and variance swaps for a variety of diffusion and jump-diffusion models for volatility. We describe a general partial differential equation framework for derivatives that have an extra de...

Indifference Pricing and Hedging of Defaultable Claims