The Price of Fixed Income Market Volatility

von: Antonio Mele, Yoshiki Obayashi

Springer-Verlag, 2016

ISBN: 9783319265230 , 259 Seiten

Format: PDF, OL

Kopierschutz: Wasserzeichen

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The Price of Fixed Income Market Volatility


 

The Price of Fixed Income Market Volatility

4

Preface

6

Contents

8

Information About the Authors

12

Chapter 1: Introduction

13

1.1 Background

13

1.2 From Realized to Expected Fixed Income Volatility

16

1.3 The Right Numéraire and Volatility Pricing

20

1.3.1 Market Risk and Model-Free Pricing

21

1.3.2 Getting the Right Volatility with the Right Model

23

1.3.2.1 Rescaling

23

1.3.2.2 Naïve Model-Free Methodology

23

1.3.2.3 Approximations of the Market Probability

24

1.3.2.4 Maturity Mismatch

26

1.3.2.5 American Corrections

27

1.4 Scope and Plan of the Book

28

Chapter 2: Variance Contracts: Fixed Income Security Design

30

2.1 Introduction

30

2.2 Market Numéraires and Volatilities

32

2.3 Interest Rate Variance Swaps

33

2.3.1 Contracts and Model-Free Pricing

33

2.3.2 Log Versus Quadratic Contracts

37

2.3.3 Hedging

39

2.3.4 Constant Gamma Exposure

41

2.4 Implied Volatility Indexes

42

2.4.1 Model-Free Indexes

42

2.4.2 Comparisons to Model-Based Log-Normal and Normal Implied Volatility

43

2.4.2.1 Skews

43

2.4.2.2 Estimating Expected Volatility from ATM Implied Volatilities

44

2.4.3 Index Decompositions

45

2.5 Implementing Basis Point Variance Swaps

46

2.5.1 Incremental Versus Point-to-Point Realized Variance

46

2.5.1.1 Basis Point

46

2.5.1.2 Percentage

47

2.5.2 Volatility Risk Premiums

49

2.6 Skew Shifts and the Dynamics of Volatility Indexes

51

2.6.1 Truncations

52

2.6.1.1 The Effects on the BP Volatility Index

53

2.6.1.2 The Percentage Index

54

2.6.2 Numerical Experiments and Interpretation of Actual Index Behavior

54

2.7 Jumps

58

Appendix A: Appendix on Security Design and Volatility Indexing

60

A.1 Proof of Proposition 2.2

60

A.2 A Stochastic Multiplier Beyond the Market NumÉraire

62

A.3 Vega and Gamma in Gaussian Markets

62

A.4 Proof of Proposition 2.3

65

A.5 Approximating Indexes

66

A.6 Jumps

68

Chapter 3: Interest Rate Swaps

70

3.1 Introduction

70

3.2 Risks Regarding Interest Rate Swaps

72

3.2.1 The Annuity Factor

72

3.2.1.1 The Forward Swap Rate: De?nition

72

3.2.1.2 The Risks in the Interest Rate Swap Space

73

3.2.2 Option-Based Volatility Trading

74

3.3 Interest Rate Swap Variance Contracts

77

3.3.1 Risks and Spanning Derivatives

78

3.3.2 Contract Designs

79

3.3.3 Pricing

81

3.3.4 Marking to Market

82

3.3.5 Hedging

83

3.3.5.1 Percentage

84

3.3.5.2 Basis Point

85

3.3.6 Links to Constant Maturity Swaps

87

3.3.7 Physical Swap Settlement and Variance Contracts

87

3.3.8 Multiple Curves

88

3.4 Trading Strategies

89

3.4.1 Spot Trading Through IRV Swaps

89

3.4.2 Spot Trading Through Standardized IRV Swaps

92

3.4.3 Forward Trading

93

3.5 Interest Rate Swap Volatility Indexes

94

3.5.1 Basis Point Volatility Index

94

3.5.2 Percentage Volatility Index

95

3.5.3 Experiments

95

3.5.4 Jumps

98

3.6 Swap Versus Equity Variance Contracts and Indexes

98

3.7 Index Implementation

100

3.7.1 A Numerical Example

101

3.7.2 Historical Performance

104

Appendix B: Appendix on Interest Rate Swap Markets

108

B.1 P&L of Option-Based Volatility Trading

108

B.2 Spanning IRS Variance Contracts

114

B.3 Hedging

118

B.4 Constant Maturity Swaps

122

B.5 The Contract and Index in the Vasicek Market

124

Chapter 4: Government Bonds and Time-Deposits

136

4.1 Introduction

136

4.2 Government Bonds

140

4.2.1 Pricing Spot Volatility

140

4.2.1.1 Government Bond Prices and Volatility

141

4.2.1.2 The Two Steps to Variance Swap Evaluation

141

First Step: Pricing Volatility Through Risk-Neutral Evaluation

142

Second Step: Matching Volatility Through Spanning Contracts

143

4.2.1.3 Naïve Model-Free Methodology and Pricing Biases

143

4.2.2 Basis Assets

145

4.2.3 Percentage Price Volatility

147

4.2.3.1 Pricing

147

4.2.3.2 Discussion

148

4.2.4 Basis Point Price Volatility

149

4.2.5 Marking to Market

150

4.2.6 Replication

150

4.2.6.1 Percentage Variance Swaps

150

4.2.6.2 Basis Point Variance Swaps

151

4.2.7 Forward Price Adjustments

152

4.2.8 Model-Free Measures of Basis Point Yield Volatility

153

4.2.8.1 Certainty Equivalent Bond Prices

153

4.2.8.2 Yield Volatility

154

Duration-Based Yield Volatility

154

Yield-Based Yield Volatility

155

4.2.9 Certainty Equivalent Bond Prices as Expectations of Forward Prices

156

4.2.9.1 Theory

156

4.2.9.2 One Example

156

4.2.9.3 Pricing Government Bond Volatility Products: An Introductory Example

158

4.2.10 Early Exercise and Futures Corrections

159

4.2.11 Implementation Example

164

4.2.12 Jumps

168

4.3 Time Deposits

168

4.3.1 The Underlying Risks

168

4.3.2 Variance Contracts and Volatility Indexes

169

4.3.3 Yield Volatility

171

4.3.4 American Future Corrections

172

4.3.5 Implementation Example

176

4.3.6 LIBOR Variance Contracts and Volatility Indexes

179

4.4 Maturity Mismatch

181

4.4.1 Government Bonds

181

4.4.1.1 Percentage Volatility

182

4.4.1.2 Basis Point

184

4.4.1.3 Basis Point Yield Volatility

185

4.4.1.4 Forward Adjustments

186

4.4.2 Time Deposits

187

4.4.2.1 Prices

187

4.4.2.2 Yields

190

4.4.2.3 Rates

190

4.4.2.4 Forward Adjustments

192

4.4.3 Alternative Characterizations of Variance Contracts and Indexes

193

4.4.3.1 Percentage

193

4.4.3.2 Basis Point

194

4.4.4 Tilting the Variance Payoff

195

4.5 Index Design with Heterogeneous Market Data

196

4.5.1 Sandwich Combinations

197

4.5.2 Rolling Indexes

199

Appendix C: Appendix on Government Bonds and Time Deposit Markets

200

C.1 The Equity VIX with Stochastic Interest Rates

200

C.2 Naïve Model-Free Methodology and Bias in Vasicek's Market

202

C.3 Marking to Market

204

C.4 Replication of Variance Swaps

204

C.5 Estimates Based on Forward Price Approximations

206

C.6 Certainty Equivalence, and Existence of Basis Point Yield Volatility

208

C.7 Illustrations with a Stochastic Volatility Model

210

C.8 The Future Price in Vasicek's Model

213

C.9 Future and Forward LIBOR Options in Vasicek's Model

213

C.10 The Impact of Early Exercise Premiums and Maturity Mismatch

217

Chapter 5: Credit

221

5.1 Introduction

221

5.2 Existing Credit Trading Practices

223

5.2.1 Assumptions

224

5.2.2 CDS Indexes

224

5.2.3 CDS Index Options

225

5.2.3.1 Forward Positions

225

5.2.3.2 Front-End Protection and Credit Default Options

226

5.3 Credit Variance Contracts

228

5.3.1 Percentage

228

5.3.2 Basis Point

230

5.3.3 Marking to Market

231

5.3.3.1 Hedging

232

5.4 Credit Volatility Indexes

235

5.4.1 De?nitions

235

5.4.2 Forward Premium Adjustments

236

5.4.3 Differences with Respect to Other Fixed Income Volatility Gauges

236

5.4.4 Implementation Example

237

5.4.5 Index Design Through Option Cycles

240

5.5 Post "Big-Bang" Conventions and Index Adjustments

240

5.5.1 Index Values Under Constant Hazard Rates

241

5.5.2 Forward Positions

242

5.5.3 Option Payoffs and Evaluation

243

5.5.3.1 Modi?ed Market Formula

244

5.5.3.2 Pedersen's Model

244

5.5.4 Index Corrections

246

5.5.4.1 Correction Based on the Modi?ed Black Formula

246

5.5.4.2 Correction Based on Pedersen's Model

246

Appendix D: Appendix on Credit Markets

247

D.1 Preliminary Facts Concerning CDS Indexes

247

D.2 Spanning Credit Variance Contracts

248

D.3 Hedging

252

References

256