Financial Engineering and Computation : Principles, Mathematics, Algorithms (Hardcover)

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. Option 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 pricing; 16. Hedging; 17. Trees; 18. Numerical methods; 19. Matrix computation; 20. Time series and estimation; 21. Interest rate derivative securities; 22. Term structure fitting; 23. Introduction to term structure modeling; 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 securities; 30. Collateralized mortgage obligations; 31. Modern portfolio theory; 32. Software.