Financial Engineering and Computation - Principles, Mathematics, Algorithms

By Yuh-Dauh Lyuu of National Taiwan University

Cambridge University Press 2004

1. Introduction
2. Analysis of Algorithms
3. Basic Financial Mathematics
4. Bond Price Volatility
5. Term Structure of Interest Rates
6. Fundamental Statistical Concepts
7. Options Basics
8. Arbitrage in Option Pricing
9. Option Pricing Models
10. Sensitivity Analysis of Options
11. Extensions of Options Theory
12. Forwards, Futures, Futures Options, Swaps
13. Stochastic Processes and Brownian Motion
14. Continuous-Time Financial Mathematics
15. Continuous-Time Derivatives Pricing
16. Hedging
17. Trees
18. Numerical Methods
19. Matrix Computation
20. Time Series Analysis
21. Interest Rate Derivative Securities
22. Term Structure Fitting
23. Introduction to Term Structure Modelling
24. Foundations of Term Structure Modeling
25. Equilibrium Term Structure Models
26. No-Arbitrage Term Structure Models
27. Fixed-Income Securities
28. Introduction to Mortgage-Backed Securities
29. Analysis of Mortgage-Backed Securites
30. Collateralized Mortgage Obligations
31. Modern Portfolio Theory
32. Software
33. Answers to Selected Exercises