Lecture Notes
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- Lecture #1: Introduction to Financial Derivatives
- Lecture #2: Financial Option Valuation Preliminaries
- Lecture #3: Normal and Lognormal Random Variables
- Lecture #4, 5, 6: Discrete-Time Martingales
- Lecture #7, 8: Brownian Motion as a Model of a Fair Game
- Lecture #9, 10: Riemann Integration
- Lecture #11: The Riemann Integral of Brownian Motion
- Lecture #12: Wiener Integration
- Lecture #13: Calculating Wiener Integrals
- Lecture #14: Further Properties of the Wiener Integral
- Lecture #15: Itô Integration (Part I)
- Lecture #16, 17: Itô Integration (Part II)
- Lecture #18, 19: Itô's Formula (Part I)
- Lecture #20, 21, 22: Itô's Formula (Part II)
- Lecture #23, 24, 25: Deriving the Black-Scholes Partial Differential Equation
- Lecture #26, 27: Solving the Black-Scholes Partial Differential Equation
- Lecture #28: Calculations with Itô's Formula
- Lecture #29: The Greeks
- Lecture #30: Implied Volatility
- Lecture #31, 32: The Ornstein-Uhlenbeck Process as a Model of Volatility
- Lecture #33, 34: The Characteristic Function for a Diffusion
- Lecture #35: The Characteristic Function for Heston's Model
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Michael Kozdron
November 28, 2014