Preface of the First Edition
Perface of the Second Edition
PartⅠ.Psot to the Futures Markets
1.An Introduction to Financial Derivatives
1.1 Options
1.2 Futures Contracts and Options
1.3 Forward Contracts
1.4 Call and Put Spot Options
1.4.1 One-period Spot Market
1.4.2 Replicating Portfolios
1.4.3 Martingale Measure for a Spot Market
1.4.4 Absence of Arbitrage
1.4.5 Optimality of Replication
1.4.6 Put Option
1.5 Futures Call and Put Options
1.5.1 Futures Contracts and Futures Prices
1.5.2 One-period Futures Market
1.5.3 Martingale Measure for a Futures Market
1.5.4 Absence of Arbitrage
1.5.5 One-period Spot/Futures Market
1.6 Forward Contracts
1.6.1 Forward Price
1.7 Options of American Style
2.The Cox-Ross-Rubinstein Model
2.1 The CRR Model of a Stock Price
2.1.1 The CRR Option Pricing Formula
2.1.2 The Black-Scholes Option Pricing Formula
2.2 Probabilistic Approach
2.2.1 Martingale Measure
2.2.2 Risk-neutral Valuation Formula
2.3 the Blace -Scholes Option Pricing Formula
2.4 Valuation of American Options
2.4.1 American Call Preface
2.4.2 American Put Options
2.4.3 America Claim
2.5 Options on a Dividend-paying Stock
2.6 Finite Spot Markets
2.6.1 Self-financing Trading Strategies
2.6.2 Arbitrage Opportunities
2.6.3 Arbitrage Price
2.6.4 Risk-neutral Valuation Formula
2.6.5 Price Systems
2.6.6 Completeness of a Finite Market
2.6.7 Change of a Numeraire
2.7 Finite Futures Markets
2.7.1 Self-financing Futures Strategies
2.7.2 Martingale Measures for a Futures Market
2.7.3 Risk-neutral Valuation Formula
2.8 Futures Prices Versus Forward Prices
2.9 Discrete-time Models with Infinite State Space
3.Benchmark Models in Continuous Time
3.1 The Black-Scholes Model
3.1.1 Risk-free Bond
3.1.2 Stock Price
3.1.3 Self-financing Trading Strategies
3.1.4 Martingale Measure for the Spot Market
3.1.5 Black-Scholes Option Pricing Formula
3.1.6 Case of Time-dependent Coefficients
3.1.8 Put-Call Parity for Spot ODtions
3.1.9 Black-Scholes PDE :
3.1.10 A Riskless Portfolio Method
3.1.11 Black-Scholes Sensitivities
3.1.12 Market Imperfections
3.1.13 Numerical Methods
3.2 A Dividend-paying Stock
3.2.1 Case of a Constant Dividend Yield
3.2.2 Case of Known Dividends
3.3 Bachelier Model
3.3.1 Bachelier Option Pricing Formula
3.3.2 Bachelier‘s PDE
……
PartⅡ Fixes-income Markets
PartⅢ APPENDICES
References
Index