Market risk analysis: 3 Pricing, hedging and trading financial instruments
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2008
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Beschreibung: | XXX, 386 S. graph. Darst. 1 CD-ROM (12 cm) |
ISBN: | 9780470997895 |
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100 | 1 | |a Alexander, Carol |e Verfasser |4 aut | |
245 | 1 | 0 | |a Market risk analysis |n 3 |p Pricing, hedging and trading financial instruments |c Carol Alexander |
264 | 1 | |a Chichester [u.a.] |b Wiley |c 2008 | |
300 | |a XXX, 386 S. |b graph. Darst. |e 1 CD-ROM (12 cm) | ||
336 | |b txt |2 rdacontent | ||
337 | |b n |2 rdamedia | ||
338 | |b nc |2 rdacarrier | ||
773 | 0 | 8 | |w (DE-604)BV023295503 |g 3 |
856 | 4 | 2 | |m Digitalisierung UB Bayreuth |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016480072&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
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adam_text | Contents
List of Figures
List of Tables
List of Examples
Foreword
Preface to Volume
Ш
xiii
xvii
xix
xxi
xxv
Ш.1
Bonds and Swaps
1
Ш.1.1
Introduction
1
Ш.1.2
Merest Rates
2
Ш.
1.2.1
Continuously Compounded Spot and Forward Rates
3
Ш.
1.2.2
Discretely Compounded Spot Rates
4
Ш.
1.2.3
Translation between Discrete Rates and Continuous
Rates
6
Ш.1.2.4
Spot and Forward Rates with Discrete Compounding
6
Ш.
1.2.5
LIBOR
8
Ш.1.3
Categorization of Bonds
8
Ш.
1.3.1
Categorization by Issuer
9
Ш.1.3.2
Categorization by Coupon and Maturity
10
III.
1.4
Characteristics of Bonds and Interest Rates
10
Ш.
1.4.1
Present Value, Price and Yield
11
Ш.
1.4.2
Relationship between Price and Yield
13
Ш.
1.4.3
Yield Curves
14
Ш.
1.4.4
Behaviour of Market Interest Rates
17
Ш.
1.4.5
Characteristics of Spot and Forward Term Structures
19
Ш.1.5
Duration and Convexity
20
Ш.
1.5.1
Macaulay Duration
21
Ш.
1.5.2
Modified Duration
23
Ш.
1.5.3
Convexity
24
Ш.
1.5.4
Duration and Convexity of a Bond Portfolio
24
Ш.
1.5.5
Duration-Convexity Approximations to Bond Price
Change
25
Ш.
1.5.6
Immunizing Bond Portfolios
27
Contents
ТИЛ.
6 Bonds
with Semi-Annual and Floating Coupons
28
Ш.
1.6.1
Semi-Annual and Quarterly Coupons
29
Ш.
1.6.2
Floating Rate Notes
31
Ш.
1.6.3
Other Floaters
33
Ш.1.7
Forward Rate Agreements and Interest Rate Swaps
33
Ш.
1.7.1
Forward Rate Agreements
34
Ш.
1.7.2
Interest Rate Swaps
35
Ш.
1.7.3
Cash Flows on Vanilla Swaps
36
Ш.
1.7.4
Cross-Currency Swaps
38
Ш.
1.7.5
Other Swaps
40
Ш.1.8
Present Value of Basis Point
41
Ш.1.8.1
PV01 and Value Duration
41
Ш.1.8.2
Approximations to
Ρ
VOI
44
ΠΙ.
1.8.3
Understanding Interest Rate Risk
45
Ш.1.9
Yield Curve Fitting
48
Ш.
1.9.1
Calibration Instruments
48
ΠΙ.
1.9.2
Bootstrapping
49
Ш.
1.9.3
Splines
51
Ш.
1.9.4
Parametric Models
52
ΠΙ.1.9.5
Case Study: Statistical Properties of Forward
LIBOR
Rates
53
Ш.
1.10
Convertible Bonds
59
Ш.
1.10.1
Characteristics of Convertible Bonds
60
ΠΙ.
1.10.2
Survey of Pricing Models for Convertible Bonds
61
Ш.1.11
Summary and Conclusions
62
III.2 Futures and Forwards
65
Ш.2.1
Introduction
65
Ш.2.2
Characteristics of Futures and Forwards
68
Ш.2.2.1
Interest Rate and Swap Futures
68
Ш.2.2.2
Bond Futures
70
Ш.2.2.3
Currency Futures and Forwards
73
ΠΙ.2.2.4
Energy and Commodity Futures
74
Ш.2.2.5
Stock Futures and Index Futures
79
Ш.2.2.6
Exchange Traded Funds and ETF Futures
80
Ш.2.2.7
New Futures Markets
82
Ш.2.3
Theoretical Relationships between Spot, Forward and Futures
87
Ш.2.3.1
No Arbitrage Pricing
87
Ш.2.3.2
Accounting for Dividends
88
Ш.2.3.3
Dividend Risk and Interest Rate Risk
90
Ш.2.3.4
Currency Forwards and the Interest Rate Differential
91
Ш.2.3.5
No Arbitrage Prices for Forwards on Bonds
92
Ш.2.3.6
Commodity Forwards, Carry Costs and Convenience
Yields
93
Ш.2.3.7
Fair Values of Futures and Spot
94
ΙΠ.2.4
The Basis
95
Ш.2.4.1
No Arbitrage Range
95
Contents ix
Ш.2.4.2
Correlation between Spot and Futures Returns
97
Ш.2.4.3
Introducing Basis Risk
98
111.2.4.4 Basis Risk in Commodity Markets
100
III.2.5 Hedging with Forwards and Futures
101
Ш.2.5.1
Traditional Insurance Approach
102
Ш.2.5.2
Mean-Variance Approach
104
Ш.2.5.3
Understanding the Minimum Variance Hedge Ratio
106
Ш.2.5.4
Position Risk
108
111.2.5.5 Proxy Hedging
110
Ш.2.5.6
Basket Hedging 111
III.2.5.7 Performance Measures for Hedged Portfolios
112
Ш.2.6
Hedging in Practice
113
Ш.2.6.1
Hedging Forex Risk
113
Ш.2.6.2
Hedging International Stock Portfolios
114
111.2.6.3 Case Study: Hedging an Energy Futures Portfolio
118
111.2.6.4 Hedging Bond Portfolios
124
III.2.7 Using Futures for Short Term Hedging
126
Ш.2.7.1
Regression Based Minimum Variance Hedge Ratios
127
Ш.2.7.2
Academic Literature on Minimum Variance Hedging
129
III.2.7.3 Short Term Hedging in Liquid Markets
131
ΙΠ.2.8
Summary and Conclusions
133
ШЈ
Options
137
137
139
140
142
144
146
147
148
151
152
153
154
155
156
158
159
159
161
161
163
164
165
167
167
Options
III.3.1
Introduction
Ш.3.2
Foundations
Ш.3.2.1
Arithmetic and Geometric Brownian Motion
Ш.3.2.2
Risk Neutral Valuation
Ш.3.2.3
Numeraire and Measure
Ш.3.2.4
Market Prices and Model Prices
Ш.3.2.5
Parameters and Calibration
Ш.3.2.6
Option Pricing: Review of the Binomial Model
IH.3.3
Characteristics of Vanilla Options
Ш.3.3.1
Elementary Options
Ш.3.3.2
Put-Call Parity
Ш.З.З.З
Moneyness
Ш.3.3.4
American Options
Ш.3.3.5
Early Exercise Boundary
Ш.3.3.6
Pricing American Options
Ш.3.4
Hedging Options
Ш.3.4.1
Delta
Ш.3.4.2
Delta Hedging
Ш.3.4.3
Other Greeks
Ш.3.4.4
Position Greeks
Ш.3.4.5
Delta-Gamma Hedging
Ш.3.4.6
Delta-Gamma-Vega Hedging
Ш.3.5
Trading
(
Options
Ш.3.5.1
Bull Strategies
Contents
Ш.3.5.2
Bear Strategies
168
Ш.3.5.3
Other Spread Strategies
169
Ш.3.5.4
Volatility Strategies
170
Ш.3.5.5
Replication of P&L Profiles
172
Ш.3.6
The Black-Scholes-Merton Model
173
Ш.3.6.1
Assumptions
174
Ш.3.6.2
Black-Scholes-Merton PDE
175
Ш.3.6.3
Is the Underlying the Spot or the Futures Contract?
176
Ш.3.6.4
Black-Scholes-Merton Pricing Formula
178
Ш.3.6.5
Interpretation of the Black-Scholes-Merton Formula
180
Ш.3.6.6
Implied Volatility
183
Ш.3.6.7
Adjusting BSM Prices for Stochastic Volatility
183
Ш.3.7
The Black-Scholes-Merton Greeks
186
Ш.3.7.1
Delta
187
Ш.3.7.2
ThetaandRho
188
Ш.3.7.3
Gamma
189
Ш.3.7.4
Vega, Varma
and Volga
190
Ш.3.7.5
Static Hedges for Standard European Options
193
Ш.3.8
Interest Rate Options
194
Ш.3.8.1
Caplets and Floorlets
195
Ш.3.8.2
Caps, Floors and their Implied Volatilities
196
Ш.3.8.3
European Swaptions
198
Ш.3.8.4
Short Rate Models
199
Ш.3.8.5
LIBOR
Model
201
Ш.3.8.6
Case Study: Application of PCA to
LIBOR
Model
Calibration
203
Ш.3.9
Pricing Exotic Options
207
Ш.3.9.1
Pay-offs to Exotic Options
208
Ш.3.9.2
Exchange Options and Best/Worst of Two Asset Options
209
Ш.3.9.3
Spread Options
211
Ш.3.9.4
Currency Protected Options
213
Ш.3.9.5
Power Options
214
Ш.3.9.6
Chooser Options and Contingent Options
214
Ш.3.9.7
Compound Options
216
Ш.3.9.8
Capped Options and Ladder Options
216
Ш.3.9.9
Look-Back and Look-Forward Options
218
Ш.3.9.10
Barrier Options
219
Ш.3.9.11
Asian Options
221
Ш.3.10
Summary and Conclusions
224
Ш.4
Volatility
227
Ш.4.1
Introduction
227
Ш.4.2
Implied Volatility
231
Ш.4.2.1
Backing Out Implied Volatility from a Market Price
231
Ш.4.2.2
Equity Index Volatility Skew
233
Ш.4.2.3
Smiles and Skews in Other Markets
236
Contents
Xl
Ш.4.2.4
Term Structures of Implied Volatilities
238
III.4.2.5 Implied Volatility Surfaces
239
Ш.4.2.6
Cap and Caplet Volatilities
240
III.4.2.7 Swaption Volatilities
242
Ш.4.3
Local Volatility
243
Ш.4.3.1
Forward Volatility
244
111.4.3.2 Dupire s Equation
245
Ш.4.3.3
Parametric Models of Local Volatility
248
111.4.3.4
Lognormal
Mixture Diffusion
249
Ш.4.4
Modelling the Dynamics of Implied Volatility
255
Ш.4.4.1
Sticky Models
255
Ш.4.4.2
Case Study I: Principal Component Analysis of Implied
Volatilities
257
111.4.4.3 Case Study II: Modelling the ATM Volatility-Index
Relationship
261
Ш.4.4.4
Case Study III: Modelling the Skew Sensitivities
264
Ш.4.4.5
Applications of Implied Volatility Dynamics to Hedging
Options
265
Ш.4.5
Stochastic Volatility Models
268
Ш.4.5.1
Stochastic Volatility PDE
269
III.4.5.2 Properties of Stochastic Volatility
271
Ш.4.5.3
Model Implied Volatility Surface
275
Ш.4.5.4
Model Local Volatility Surface
277
Ш.4.5.5
Heston Model
278
Ш.4.5.6
GARCH Diffusions
280
Ш.4.5.7
CEV and SABR Models
285
Ш.4.5.8
Jumps in Prices and in Stochastic Volatility
287
Ш.4.6
Scale
Invariance
and Hedging
289
III.4.6.1 Scale
Invariance
and Change of Numeraire
291
Ш.4.6.2
Definition of Scale
Invariance
291
IH.4.6.3 Scale
Invariance
and Homogeneity
292
Ш.4.6.4
Model Free Price Hedge Ratios
294
111.4.6.5 Minimum Variance Hedging
297
Ш.4.6.6
Minimum Variance Hedge Ratios in Specific Models
299
Ш.4.6.7
Empirical Results
300
Ш.4.7
Trading Volatility
303
Ш.4.7.1
Variance Swaps and Volatility Swaps
304
Ш.4.7.2
Trading Forward Volatility
306
Ш.4.7.3
Variance Risk Premium
307
Ш.4.7.4
Construction of a Volatility Index
308
Ш.4.7.5
Effect of the Skew
309
Ш.4.7.6
Term Structures of Volatility Indices
309
Ш.4.7.7
Vix and Other Volatility Indices
311
Ш.4.7.8
Volatility Index Futures
312
Ш.4.7.9
Options on Volatility Indices
314
Ш.4.7.10
Using Realized Volatility Forecasts to Trade Volatility
315
Ш.4.8
Summary and Conclusion
316
xii Contents
Ш.5
Portfolio
Mapping
321
Ш.5.1
Introduction
321
Ш.5.2
Risk Factors and Risk Factor Sensitivities
323
Ш.5.2.1
Interest Rate Sensitive Portfolios
323
Ш.5.2.2
Equity Portfolios
324
Ш.5.2.3
International Exposures
327
Ш.5.2.4
Commodity Portfolios
328
Ш.5.2.5
Options Portfolios
328
Ш.5.2.6
Orthogonalization of Risk Factors
330
Ш.5.2.7
Nominal versus Percentage Risk Factors and Sensitivities
330
Ш.5.3
Cash Flow Mapping
332
Ш.5.3.1
Present Value Invariant and Duration Invariant Maps
332
Ш.5.3.2
PV01 Invariant Cash Flow Maps
333
Ш.5.3.3
Volatility Invariant Maps
334
Ш.5.3.4
Complex Cash Flow Maps
336
Ш.5.4
Applications of Cash Flow Mapping to Market Risk Management
337
Ш.5.4.
1
Risk Management of Interest Rate Sensitive Portfolios
337
Ш.5.4.2
Mapping Portfolios of Commodity Futures
338
Ш.5.5
Mapping an Options Portfolio to Price Risk Factors
340
Ш.5.5.1
Taylor Expansions
341
Ш.5.5.2
Value Delta and Value Gamma
342
Ш.5.5.3
Delta-Gamma Approximation: Single Underlying
344
Ш.5.5.4
Effect of Gamma on Portfolio Risk
346
Ш.5.5.5
Price Beta Mapping
347
Ш.5.5.6
Delta-Gamma Approximation: Several Underlyings
349
Ш.5.5.7
Including Time and Interest Rates Sensitivities
351
Ш.5.6
Mapping Implied Volatility
353
Ш.5.6.1
Vega
Risk in Options Portfolios
353
Ш.5.6.2
Second Order Approximations:
Vanna
and Volga
354
Ш.5.6.3
Vega
Bucketing
355
Ш.5.6.4
Volatility Beta Mapping
356
Ш.5.7
Case Study: Volatility Risk in FTSE
100
Options
357
Ш.5.7.1
Estimating the Volatility Betas
357
Ш.5.7.2
Model Risk of Volatility Mapping
360
Ш.5.7.3
Mapping to Term Structures of Volatility Indices
361
Ш.5.7.4
Using PCA with Volatility Betas
361
Ш.5.8
Summary and Conclusions
364
References
367
Index
377
|
adam_txt |
Contents
List of Figures
List of Tables
List of Examples
Foreword
Preface to Volume
Ш
xiii
xvii
xix
xxi
xxv
Ш.1
Bonds and Swaps
1
Ш.1.1
Introduction
1
Ш.1.2
Merest Rates
2
Ш.
1.2.1
Continuously Compounded Spot and Forward Rates
3
Ш.
1.2.2
Discretely Compounded Spot Rates
4
Ш.
1.2.3
Translation between Discrete Rates and Continuous
Rates
6
Ш.1.2.4
Spot and Forward Rates with Discrete Compounding
6
Ш.
1.2.5
LIBOR
8
Ш.1.3
Categorization of Bonds
8
Ш.
1.3.1
Categorization by Issuer
9
Ш.1.3.2
Categorization by Coupon and Maturity
10
III.
1.4
Characteristics of Bonds and Interest Rates
10
Ш.
1.4.1
Present Value, Price and Yield
11
Ш.
1.4.2
Relationship between Price and Yield
13
Ш.
1.4.3
Yield Curves
14
Ш.
1.4.4
Behaviour of Market Interest Rates
17
Ш.
1.4.5
Characteristics of Spot and Forward Term Structures
19
Ш.1.5
Duration and Convexity
20
Ш.
1.5.1
Macaulay Duration
21
Ш.
1.5.2
Modified Duration
23
Ш.
1.5.3
Convexity
24
Ш.
1.5.4
Duration and Convexity of a Bond Portfolio
24
Ш.
1.5.5
Duration-Convexity Approximations to Bond Price
Change
25
Ш.
1.5.6
Immunizing Bond Portfolios
27
Contents
ТИЛ.
6 Bonds
with Semi-Annual and Floating Coupons
28
Ш.
1.6.1
Semi-Annual and Quarterly Coupons
29
Ш.
1.6.2
Floating Rate Notes
31
Ш.
1.6.3
Other Floaters
33
Ш.1.7
Forward Rate Agreements and Interest Rate Swaps
33
Ш.
1.7.1
Forward Rate Agreements
34
Ш.
1.7.2
Interest Rate Swaps
35
Ш.
1.7.3
Cash Flows on Vanilla Swaps
36
Ш.
1.7.4
Cross-Currency Swaps
38
Ш.
1.7.5
Other Swaps
40
Ш.1.8
Present Value of Basis Point
41
Ш.1.8.1
PV01 and Value Duration
41
Ш.1.8.2
Approximations to
Ρ
VOI
44
ΠΙ.
1.8.3
Understanding Interest Rate Risk
45
Ш.1.9
Yield Curve Fitting
48
Ш.
1.9.1
Calibration Instruments
48
ΠΙ.
1.9.2
Bootstrapping
49
Ш.
1.9.3
Splines
51
Ш.
1.9.4
Parametric Models
52
ΠΙ.1.9.5
Case Study: Statistical Properties of Forward
LIBOR
Rates
53
Ш.
1.10
Convertible Bonds
59
Ш.
1.10.1
Characteristics of Convertible Bonds
60
ΠΙ.
1.10.2
Survey of Pricing Models for Convertible Bonds
61
Ш.1.11
Summary and Conclusions
62
III.2 Futures and Forwards
65
Ш.2.1
Introduction
65
Ш.2.2
Characteristics of Futures and Forwards
68
Ш.2.2.1
Interest Rate and Swap Futures
68
Ш.2.2.2
Bond Futures
70
Ш.2.2.3
Currency Futures and Forwards
73
ΠΙ.2.2.4
Energy and Commodity Futures
74
Ш.2.2.5
Stock Futures and Index Futures
79
Ш.2.2.6
Exchange Traded Funds and ETF Futures
80
Ш.2.2.7
New Futures Markets
82
Ш.2.3
Theoretical Relationships between Spot, Forward and Futures
87
Ш.2.3.1
No Arbitrage Pricing
87
Ш.2.3.2
Accounting for Dividends
88
Ш.2.3.3
Dividend Risk and Interest Rate Risk
90
Ш.2.3.4
Currency Forwards and the Interest Rate Differential
91
Ш.2.3.5
No Arbitrage Prices for Forwards on Bonds
92
Ш.2.3.6
Commodity Forwards, Carry Costs and Convenience
Yields
93
Ш.2.3.7
Fair Values of Futures and Spot
94
ΙΠ.2.4
The Basis
95
Ш.2.4.1
No Arbitrage Range
95
Contents ix
Ш.2.4.2
Correlation between Spot and Futures Returns
97
Ш.2.4.3
Introducing Basis Risk
98
111.2.4.4 Basis Risk in Commodity Markets
100
III.2.5 Hedging with Forwards and Futures
101
Ш.2.5.1
Traditional 'Insurance' Approach
102
Ш.2.5.2
Mean-Variance Approach
104
Ш.2.5.3
Understanding the Minimum Variance Hedge Ratio
106
Ш.2.5.4
Position Risk
108
111.2.5.5 Proxy Hedging
110
Ш.2.5.6
Basket Hedging 111
III.2.5.7 Performance Measures for Hedged Portfolios
112
Ш.2.6
Hedging in Practice
113
Ш.2.6.1
Hedging Forex Risk
113
Ш.2.6.2
Hedging International Stock Portfolios
114
111.2.6.3 Case Study: Hedging an Energy Futures Portfolio
118
111.2.6.4 Hedging Bond Portfolios
124
III.2.7 Using Futures for Short Term Hedging
126
Ш.2.7.1
Regression Based Minimum Variance Hedge Ratios
127
Ш.2.7.2
Academic Literature on Minimum Variance Hedging
129
III.2.7.3 Short Term Hedging in Liquid Markets
131
ΙΠ.2.8
Summary and Conclusions
133
ШЈ
Options
137
137
139
140
142
144
146
147
148
151
152
153
154
155
156
158
159
159
161
161
163
164
165
167
167
Options
III.3.1
Introduction
Ш.3.2
Foundations
Ш.3.2.1
Arithmetic and Geometric Brownian Motion
Ш.3.2.2
Risk Neutral Valuation
Ш.3.2.3
Numeraire and Measure
Ш.3.2.4
Market Prices and Model Prices
Ш.3.2.5
Parameters and Calibration
Ш.3.2.6
Option Pricing: Review of the Binomial Model
IH.3.3
Characteristics of Vanilla Options
Ш.3.3.1
Elementary Options
Ш.3.3.2
Put-Call Parity
Ш.З.З.З
Moneyness
Ш.3.3.4
American Options
Ш.3.3.5
Early Exercise Boundary
Ш.3.3.6
Pricing American Options
Ш.3.4
Hedging Options
Ш.3.4.1
Delta
Ш.3.4.2
Delta Hedging
Ш.3.4.3
Other Greeks
Ш.3.4.4
Position Greeks
Ш.3.4.5
Delta-Gamma Hedging
Ш.3.4.6
Delta-Gamma-Vega Hedging
Ш.3.5
Trading
(
Options
Ш.3.5.1
Bull Strategies
Contents
Ш.3.5.2
Bear Strategies
168
Ш.3.5.3
Other Spread Strategies
169
Ш.3.5.4
Volatility Strategies
170
Ш.3.5.5
Replication of P&L Profiles
172
Ш.3.6
The Black-Scholes-Merton Model
173
Ш.3.6.1
Assumptions
174
Ш.3.6.2
Black-Scholes-Merton PDE
175
Ш.3.6.3
Is the Underlying the Spot or the Futures Contract?
176
Ш.3.6.4
Black-Scholes-Merton Pricing Formula
178
Ш.3.6.5
Interpretation of the Black-Scholes-Merton Formula
180
Ш.3.6.6
Implied Volatility
183
Ш.3.6.7
Adjusting BSM Prices for Stochastic Volatility
183
Ш.3.7
The Black-Scholes-Merton Greeks
186
Ш.3.7.1
Delta
187
Ш.3.7.2
ThetaandRho
188
Ш.3.7.3
Gamma
189
Ш.3.7.4
Vega, Varma
and Volga
190
Ш.3.7.5
Static Hedges for Standard European Options
193
Ш.3.8
Interest Rate Options
194
Ш.3.8.1
Caplets and Floorlets
195
Ш.3.8.2
Caps, Floors and their Implied Volatilities
196
Ш.3.8.3
European Swaptions
198
Ш.3.8.4
Short Rate Models
199
Ш.3.8.5
LIBOR
Model
201
Ш.3.8.6
Case Study: Application of PCA to
LIBOR
Model
Calibration
203
Ш.3.9
Pricing Exotic Options
207
Ш.3.9.1
Pay-offs to Exotic Options
208
Ш.3.9.2
Exchange Options and Best/Worst of Two Asset Options
209
Ш.3.9.3
Spread Options
211
Ш.3.9.4
Currency Protected Options
213
Ш.3.9.5
Power Options
214
Ш.3.9.6
Chooser Options and Contingent Options
214
Ш.3.9.7
Compound Options
216
Ш.3.9.8
Capped Options and Ladder Options
216
Ш.3.9.9
Look-Back and Look-Forward Options
218
Ш.3.9.10
Barrier Options
219
Ш.3.9.11
Asian Options
221
Ш.3.10
Summary and Conclusions
224
Ш.4
Volatility
227
Ш.4.1
Introduction
227
Ш.4.2
Implied Volatility
231
Ш.4.2.1
'Backing Out' Implied Volatility from a Market Price
231
Ш.4.2.2
Equity Index Volatility Skew
233
Ш.4.2.3
Smiles and Skews in Other Markets
236
Contents
Xl
Ш.4.2.4
Term Structures of Implied Volatilities
238
III.4.2.5 Implied Volatility Surfaces
239
Ш.4.2.6
Cap and Caplet Volatilities
240
III.4.2.7 Swaption Volatilities
242
Ш.4.3
Local Volatility
243
Ш.4.3.1
Forward Volatility
244
111.4.3.2 Dupire's Equation
245
Ш.4.3.3
Parametric Models of Local Volatility
248
111.4.3.4
Lognormal
Mixture Diffusion
249
Ш.4.4
Modelling the Dynamics of Implied Volatility
255
Ш.4.4.1
Sticky Models
255
Ш.4.4.2
Case Study I: Principal Component Analysis of Implied
Volatilities
257
111.4.4.3 Case Study II: Modelling the ATM Volatility-Index
Relationship
261
Ш.4.4.4
Case Study III: Modelling the Skew Sensitivities
264
Ш.4.4.5
Applications of Implied Volatility Dynamics to Hedging
Options
265
Ш.4.5
Stochastic Volatility Models
268
Ш.4.5.1
Stochastic Volatility PDE
269
III.4.5.2 Properties of Stochastic Volatility
271
Ш.4.5.3
Model Implied Volatility Surface
275
Ш.4.5.4
Model Local Volatility Surface
277
Ш.4.5.5
Heston Model
278
Ш.4.5.6
GARCH Diffusions
280
Ш.4.5.7
CEV and SABR Models
285
Ш.4.5.8
Jumps in Prices and in Stochastic Volatility
287
Ш.4.6
Scale
Invariance
and Hedging
289
III.4.6.1 Scale
Invariance
and Change of Numeraire
291
Ш.4.6.2
Definition of Scale
Invariance
291
IH.4.6.3 Scale
Invariance
and Homogeneity
292
Ш.4.6.4
Model Free Price Hedge Ratios
294
111.4.6.5 Minimum Variance Hedging
297
Ш.4.6.6
Minimum Variance Hedge Ratios in Specific Models
299
Ш.4.6.7
Empirical Results
300
Ш.4.7
Trading Volatility
303
Ш.4.7.1
Variance Swaps and Volatility Swaps
304
Ш.4.7.2
Trading Forward Volatility
306
Ш.4.7.3
Variance Risk Premium
307
Ш.4.7.4
Construction of a Volatility Index
308
Ш.4.7.5
Effect of the Skew
309
Ш.4.7.6
Term Structures of Volatility Indices
309
Ш.4.7.7
Vix and Other Volatility Indices
311
Ш.4.7.8
Volatility Index Futures
312
Ш.4.7.9
Options on Volatility Indices
314
Ш.4.7.10
Using Realized Volatility Forecasts to Trade Volatility
315
Ш.4.8
Summary and Conclusion
316
xii Contents
Ш.5
Portfolio
Mapping
321
Ш.5.1
Introduction
321
Ш.5.2
Risk Factors and Risk Factor Sensitivities
323
Ш.5.2.1
Interest Rate Sensitive Portfolios
323
Ш.5.2.2
Equity Portfolios
324
Ш.5.2.3
International Exposures
327
Ш.5.2.4
Commodity Portfolios
328
Ш.5.2.5
Options Portfolios
328
Ш.5.2.6
Orthogonalization of Risk Factors
330
Ш.5.2.7
Nominal versus Percentage Risk Factors and Sensitivities
330
Ш.5.3
Cash Flow Mapping
332
Ш.5.3.1
Present Value Invariant and Duration Invariant Maps
332
Ш.5.3.2
PV01 Invariant Cash Flow Maps
333
Ш.5.3.3
Volatility Invariant Maps
334
Ш.5.3.4
Complex Cash Flow Maps
336
Ш.5.4
Applications of Cash Flow Mapping to Market Risk Management
337
Ш.5.4.
1
Risk Management of Interest Rate Sensitive Portfolios
337
Ш.5.4.2
Mapping Portfolios of Commodity Futures
338
Ш.5.5
Mapping an Options Portfolio to Price Risk Factors
340
Ш.5.5.1
Taylor Expansions
341
Ш.5.5.2
Value Delta and Value Gamma
342
Ш.5.5.3
Delta-Gamma Approximation: Single Underlying
344
Ш.5.5.4
Effect of Gamma on Portfolio Risk
346
Ш.5.5.5
Price Beta Mapping
347
Ш.5.5.6
Delta-Gamma Approximation: Several Underlyings
349
Ш.5.5.7
Including Time and Interest Rates Sensitivities
351
Ш.5.6
Mapping Implied Volatility
353
Ш.5.6.1
Vega
Risk in Options Portfolios
353
Ш.5.6.2
Second Order Approximations:
Vanna
and Volga
354
Ш.5.6.3
Vega
Bucketing
355
Ш.5.6.4
Volatility Beta Mapping
356
Ш.5.7
Case Study: Volatility Risk in FTSE
100
Options
357
Ш.5.7.1
Estimating the Volatility Betas
357
Ш.5.7.2
Model Risk of Volatility Mapping
360
Ш.5.7.3
Mapping to Term Structures of Volatility Indices
361
Ш.5.7.4
Using PCA with Volatility Betas
361
Ш.5.8
Summary and Conclusions
364
References
367
Index
377 |
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id | DE-604.BV023295532 |
illustrated | Illustrated |
index_date | 2024-07-02T20:44:40Z |
indexdate | 2024-07-09T21:15:12Z |
institution | BVB |
isbn | 9780470997895 |
language | English |
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spelling | Alexander, Carol Verfasser aut Market risk analysis 3 Pricing, hedging and trading financial instruments Carol Alexander Chichester [u.a.] Wiley 2008 XXX, 386 S. graph. Darst. 1 CD-ROM (12 cm) txt rdacontent n rdamedia nc rdacarrier (DE-604)BV023295503 3 Digitalisierung UB Bayreuth application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016480072&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Alexander, Carol Market risk analysis |
title | Market risk analysis |
title_auth | Market risk analysis |
title_exact_search | Market risk analysis |
title_exact_search_txtP | Market risk analysis |
title_full | Market risk analysis 3 Pricing, hedging and trading financial instruments Carol Alexander |
title_fullStr | Market risk analysis 3 Pricing, hedging and trading financial instruments Carol Alexander |
title_full_unstemmed | Market risk analysis 3 Pricing, hedging and trading financial instruments Carol Alexander |
title_short | Market risk analysis |
title_sort | market risk analysis pricing hedging and trading financial instruments |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016480072&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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