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9781576601648

Fixed-Income Securities and Derivatives Handbook

by
  • ISBN13:

    9781576601648

  • ISBN10:

    1576601641

  • Format: Hardcover
  • Copyright: 2005-04-01
  • Publisher: Bloomberg Pr
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List Price: $79.95

Summary

In Fixed-Income Securities and Derivatives Handbook, respected practitioner Moorad Choudhry provides a concise and accessible overview of the main elements of the markets, the techniques used, and their applications. Covering a wide range of market instruments, the book will acquaint you with both simple and complex products and the mathematics behind them.

Author Biography

Moorad Choudhry runs the Treasury desk at KBC Financial Products, the London-based derivatives subsidiary of KBC Bank N.V., a major European financial-services company

Table of Contents

FOREWORD xiii
PREFACE xv
PART ONE INTRODUCTION TO BONDS
1 The Bond Instrument
3(28)
The Time Value of Money
4(11)
Basic Features and Definitions
5(1)
Present Value and Discounting
6(6)
Discount Factors
12(3)
Bond Pricing and Yield: The Traditional Approach
15(12)
Bond Pricing
15(4)
Bond Yield
19(8)
Accrued Interest
27(4)
Clean and Dirty Bond Prices
27(1)
Day-Count Conventions
28(3)
2 Bond Instruments and Interest Rate Risk
31(16)
Duration, Modified Duration, and Convexity
31(16)
Duration
32(4)
Properties of Macaulay Duration
36(1)
Modified Duration
37(4)
Convexity
41(6)
3 Bond Pricing and Spot and Forward Rates
47(20)
Zero-Coupon Bonds
47(2)
Coupon Bonds
49(2)
Bond Price in Continuous Time
51(6)
Fundamental Concepts
51(3)
Stochastic Rates
54(2)
Coupon Bonds
56(1)
Forward Rates
57(6)
Guaranteeing a Forward Rate
57(2)
The Spot and Forward Yield Curve
59(1)
Calculating Spot Rates
60(3)
Term Structure Hypotheses
63(4)
The Expectations Hypothesis
63(2)
Liquidity Premium Hypothesis
65(1)
Segmented Markets Hypothesis
65(2)
4 Interest Rate Modeling
67(16)
Basic Concepts
67(4)
Short-Rate Processes
68(2)
Ito's Lemma
70(1)
One-Factor Term-Structure Models
71(2)
Vasicek Model
71(1)
Hull-White Model
72(1)
Further One-Factor Term-Structure Models
73(2)
Cox-Ingersoll-Ross (CIR) Model
74(1)
Two-Factor Interest Rate Models
75(4)
Brennan-Schwartz Model
76(1)
Extended Cox-Ingersoll-Ross Model
76(1)
Heath-Jarrow-Morton (HJM) Model
77(1)
The Multifactor HIM Model
78(1)
Choosing a Term-Structure Model
79(4)
5 Fitting the Yield Curve
83(12)
Yield Curve Smoothing
84(2)
Smoothing Techniques
86(1)
Cubic Polynomials
87(1)
Non-Parametric Methods
88(4)
Spline-Based Methods
88(3)
Nelson and Siegel Curves
91(1)
Comparing Curves
92(3)
PART TWO SELECTED CASH AND DERIVATIVE INSTRUMENTS
6 Forwards and Futures Valuation
95(10)
Forwards and Futures
95(4)
Cash Flow Differences
96(2)
Relationship Between Forward and Futures Prices
98(1)
Forward-Spot Parity
99(2)
The Basis and Implied Repo Rate
101(4)
7 Swaps
105(28)
Interest Rate Swaps
106(6)
Market Terminology
107(2)
Swap Spreads and the Swap Yield Curve
109(3)
Generic Swap Valuation
112(7)
Intuitive Swap Valuation
112(1)
Zero-Coupon Swap Valuation
113(1)
Calculating the Forward Rate from Spot-Rate Discount Factors
113(4)
The Key Principles of an Interest Rate Swap
117(1)
Valuation Using the Final Maturity Discount Factor
118(1)
Non-Plain Vanilla Interest Rate Swaps
119(3)
Swaptions
122(2)
Valuation
122(2)
Interest Rate Swap Applications
124(9)
Corporate and Investor Applications
124(3)
Hedging Bond Instruments Using Interest Rate Swaps
127(6)
8 Options
133(26)
Option Basics
134(3)
Terminology
136(1)
Option Instruments
137(3)
Option Pricing: Setting the Scene
140(2)
Limits on Option Prices
141(1)
Option Pricing
142(2)
The Black-Scholes Option Model
144(13)
Assumptions
145(1)
Pricing Derivative Instruments Using the Black-Scholes Model
145(4)
Put-Call Parity
149(1)
Pricing Options on Bonds Using the Black-Scholes Model
149(3)
Interest Rate Options and the Black Model
152(3)
Comments on the Black-Scholes Model
155(1)
Stochastic Volatility
156(1)
Implied Volatility
156(1)
Other Option Models
157(2)
9 Measuring Option Risk
159(14)
Option Price Behavior
159(2)
Assessing Time Value
159(1)
American Options
160(1)
The Greeks
161(8)
Delta
161(2)
Gamma
163(2)
Theta
165(1)
Vega
165(1)
Rho
166(2)
Lambda
168(1)
The Option Smile
169(1)
Caps and Floors
170(3)
10 Credit Derivatives
173(16)
Credit Risk
175(1)
Credit Risk and Credit Derivatives
175(3)
Applications of Credit Derivatives
177(1)
Credit Derivative Instruments
178(6)
Credit Default Swap
178(1)
Credit Options
179(1)
Credit-Linked Notes
180(1)
Total Return Swaps
181(3)
Investment Applications
184(2)
Capital Structure Arbitrage
184(1)
Exposure to Market Sectors
184(1)
Credit Spreads
184(1)
Funding Positions
185(1)
Credit-Derivative Pricing
186(3)
Pricing Total Return Swaps
187(1)
Asset-Swap Pricing
187(1)
Credit-Spread Pricing Models
188(1)
11 The Analysis of Bonds with Embedded Options
189(22)
Understanding Option Elements Embedded in a Bond
189(1)
Basic Options Features
190(1)
Option Valuation
191(1)
The Call Provision
192(1)
The Binomial Tree of Short-Term Interest Rates
193(1)
Arbitrage-Free Pricing
194(2)
Options Pricing
196(1)
Risk-Neutral Pricing
197(1)
Recombining and Nonrecombining Trees
198(2)
Pricing Callable Bonds
200(5)
Price and Yield Sensitivity
205(1)
Measuring Bond Yield Spreads
206(1)
Price Volatility of Bonds with Embedded Options
207(1)
Effective Duration
207(1)
Effective Convexity
208(1)
Sinking Funds
209(2)
12 Inflation-Indexed Bonds
211(16)
Basic Concepts
211(5)
Choice of Index
211(2)
Indexation Lag
213(1)
Coupon Frequency
214(1)
Type of Indexation
214(2)
Index-Linked Bond Cash Flows and Yields
216(7)
TIPS Cash Flow Calculations
217(1)
TIPS Price and Yield Calculations
217(4)
Assessing Yields on Index-Linked Bonds
221(1)
Which to Hold: Indexed or Conventional Bonds?
222(1)
Analysis of Real Interest Rates
223(4)
Indexation Lags and Inflation Expectations
223(2)
An Inflation Term Structure
225(2)
13 Hybrid Securities
227(14)
Floating-Rate Notes
228(3)
Inverse Floating-Rate Notes
231(2)
Hedging Inverse Floaters
233(1)
Indexed Amortizing Notes
234(3)
Advantages for Investors
236(1)
Synthetic Convertible Notes
237(1)
Investor Benefits
238(1)
Interest Differential Notes
238(3)
Benefits for Investors
240(1)
14 Securitization and Mortgage-Backed Securities
241(38)
Reasons for Undertaking Securitization
242(1)
Market Participants
242(2)
Securitizing Mortgages
244(6)
Growth of the Market
244(1)
Types of Mortgages and Their Cash Flows
245(3)
Mortgage Bond Risk
248(1)
Types of Mortgage-Backed Securities
249(1)
Cash Flow Patterns
250(14)
Prepayment Analysis
250(4)
Prepayment Models
254(1)
Collateralized Mortgage Securities
255(2)
Sequential Pay
257(1)
Planned Amortization Class
258(2)
Targeted Amortization Class
260(1)
Z-Class Bonds
261(1)
Interest-Only and Principal-Only Classes
261(3)
Nonagency CMO Bonds
264(1)
Credit Enhancements
264(1)
Commercial Mortgage-Backed Securities
265(2)
Issuing a CMBS
265(1)
Types of CMBS Structures
266(1)
Evaluation and Analysis of Mortgage-Backed Bonds
267(12)
Term to Maturity
268(1)
Calculating Yield and Price: Static Cash Flow Model
268(2)
Bond Price and Option-Adjusted Spread
270(1)
Effective Duration and Convexity
271(1)
Total Return
272(2)
Price-Yield Curves of Mortgage Pass-Through, PO, and IO Securities
274(5)
15 Collateralized Debt Obligations
279(14)
CDO Structures
281(3)
Conventional CDO Structures
281(2)
Synthetic CDO Structures
283(1)
Motivation Behind CDO Issuance
284(2)
Balance Sheet-Driven Transactions
285(1)
Investor-Driven Arbitrage Transactions
285(1)
Analysis and Evaluation
286(3)
Portfolio Characteristics
286(1)
Cash Flow Analysis and Stress Testing
286(1)
Originator's Credit Quality
287(1)
Operational Aspects
287(1)
Review of Credit-Enhancement Mechanisms
288(1)
Legal Structure of the Transaction
288(1)
Expected Loss
289(4)
PART THREE SELECTED MARKET TRADING CONSIDERATIONS
16 The Yield Curve, Bond Yield, and Spot Rates
293(22)
Practical Uses of Redemption Yield and Duration
293(7)
The Concept of Yield
294(2)
Yield Comparisons in the Market
296(1)
Measuring a Bond's True Return
297(3)
Implied Spot Rates and Market Zero-Coupon Yields
300(4)
Spot Yields and Coupon-Bond Prices
300(4)
Implied Spot Yields and Zero-Coupon Bond Yields
304(3)
Determining Strip Values
307(1)
Strips Market Anomalies
308(1)
Strips Trading Strategy
309(2)
Case Study: Treasury Strip Yields and Cash Flow Analysis
311(4)
17 Approaches to Trading
315(16)
Futures Trading
316(4)
Yield Curves and Relative Value
320(3)
Determinants of Government Bond Yields
320(3)
Characterizing the Complete Term Structure
323(3)
Identifying Relative Value in Government Bonds
323(3)
Hedging Bond Positions
326(3)
Simple Hedging Approaches
326(1)
Hedge Analysis
327(2)
Summary of the Derivation of the Optimum-Hedge Equation
329(2)
APPENDIX: The Black-Scholes Model in Microsoft Excel 331(2)
REFERENCES 333(12)
INDEX 345

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