The Mathematics of Financial Modelingand Investment Management

(Brent) #1

Frontmatter Page xii Monday, March 8, 2004 10:06 AM


xii Contents

The Discount Function 606

Forward Rates 607

Swap Curve 608

Classical Economic Theories About the Determinants of the
Shape of the Term Structure 612

Expectations Theories 613

Market Segmentation Theory 618

Bond Valuation Formulas in Continuous Time 618

The Term Structure of Interest Rates in Continuous Time 623

Spot Rates: Continuous Case 624

Forward Rates: Continuous Case 625

Relationships for Bond and Option Valuation 626

The Feynman-Kac Formula 627

Multifactor Term Structure Model 632

Arbitrage-Free Models versus Equilibrium Models 634

Examples of One-Factor Term Structure Models 635

Two-Factor Models 638

Pricing of Interest-Rate Derivatives 638

The Heath-Jarrow-Morton Model of the Term Structure 640

The Brace-Gatarek-Musiela Model 643

Discretization of Itô Processes 644

Summary 646

CHAPTER 21
Bond Portfolio Management 649

Management versus a Bond Market Index 649

Tracking Error and Bond Portfolio Strategies 651

Risk Factors and Portfolio Management Strategies 652

Determinants of Tracking Error 654

Illustration of the Multifactor Risk Model 654

Liability-Funding Strategies 661

Cash Flow Matching 664

Portfolio Immunization 667

Scenario Optimization 672

Stochastic Programming 673

Summary 677

CHAPTER 22
Credit Risk Modeling and Credit Default Swaps 679

Credit Default Swaps 679

Single-Name Credit Default Swaps 680

Basket Default Swaps 681

Legal Documentation 683

Credit Risk Modeling: Structural Models 683

The Black-Scholes-Merton Model 685

Geske Compound Option Model 690

Barrier Structural Models 694

Advantages and Drawbacks of Structural Models 696

Credit Risk Modeling: Reduced Form Models 696
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