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Financial risk manager handbook 2001-2002

Financial risk manager handbook 2001-2002 (8회 대출)

자료유형
단행본
개인저자
Jorion, Philippe, 1955-
단체저자명
Global Association of Risk Professionals.
서명 / 저자사항
Financial risk manager handbook 2001-2002 / Philippe Jorion.
발행사항
New York :   John Wiley & Sons,   2001.  
형태사항
xxii, 808 p. : ill. ; 28 cm.
ISBN
0471093726
일반주제명
Risk management -- Handbooks, manuals, etc. Business enterprises -- Finance -- Handbooks, manuals, etc.
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008 010928s2001 nyua 001 0 eng d
020 ▼a 0471093726
035 ▼a KRIC08082119
040 ▼a 211032 ▼c 211032 ▼d 211009
049 1 ▼l 111207408
082 0 4 ▼a 658.155 ▼2 20
090 ▼a 658.155 ▼b J82f ▼c 2001
100 1 ▼a Jorion, Philippe, ▼d 1955-
245 1 0 ▼a Financial risk manager handbook 2001-2002 / ▼c Philippe Jorion.
260 ▼a New York : ▼b John Wiley & Sons, ▼c 2001.
300 ▼a xxii, 808 p. : ▼b ill. ; ▼c 28 cm.
650 0 ▼a Risk management ▼v Handbooks, manuals, etc.
650 0 ▼a Business enterprises ▼v Finance ▼v Handbooks, manuals, etc.
710 2 ▼a Global Association of Risk Professionals.

소장정보

No. 소장처 청구기호 등록번호 도서상태 반납예정일 예약 서비스
No. 1 소장처 중앙도서관/교육보존A/6 청구기호 658.155 J82f 2001 등록번호 111207408 (8회 대출) 도서상태 대출가능 반납예정일 예약 서비스 B M

컨텐츠정보

목차


CONTENTS
Acknowledgments = xix
Introduction = xxi
Part Ⅰ : Quantitative Analysis = 1
 Ch. 1 Bond Fundamentals = 3
  1.1 Discounting, Present, and Future Value = 4
  1.2 Price-Yield Relationship = 6
   1.2.1 Valuation = 6
   1.2.2 Taylor Expansion = 8
   1.2.3 Bond Price Derivatives = 9
   1.2.4 Interpreting Duration and Convexity = 18
   1.2.5 Portfolio Duration and Convexity = 24
  1.3 Answers to Chapter Examples = 27
 Ch. 2 Fundamentals of Probability = 33
  2.1 Characterizing Random Variables = 34
   2.1.1 Univariate Distribution Functions = 34
   2.1.2 Multivariate Distribution Functions = 35
  2.2 Moments = 37
  2.3 Functions of Random Variables = 41
   2.3.1 Linear Transformation = 41
   2.3.2 Sum of Random Variables = 42
   2.3.3 Portfolios of Random Variables = 43
   2.3.4 Product of Random Variables = 44
   2.3.5 Distributions of Transformations of Random Variables = 44
  2.4 Important Distribution Functions = 46
   2.4.1 Uniform Distribution = 46
   2.4.2 Normal Distribution = 47
   2.4.3 Lognormal Distribution = 51
   2.4.4 Student t Distribution = 53
   2.4.5 Binomial Distribution = 55
  2.5 Answers to Chapter Examples = 59
 Ch. 3 Fundamentals of Statistics = 65
  3.1 Real Data = 66
   3.1.1 Measuring Returns = 66
   3.1.2 Time Aggregation = 68
   3.1.3 Portfolio Aggregation = 69
  3.2 Parameter Estimation = 71
  3.3 Regression Analysis = 75
   3.3.1 Bivariate Regression = 75
   3.3.2 Autoregression = 78
   3.3.3 Multivariate Regression = 79
   3.3.4 Example = 79
   3.3.5 Pitfalls with Regressions = 81
  3.4 Answers to Chapter Examples = 85
 Ch. 4 Monte Carlo Methods = 89
  4.1 Simulations with One Random Variable = 90
   4.1.1 Simulating Markov Processes = 90
   4.1.2 The Geometric Brownian Motion = 91
   4.1.3 Simulating Yields = 94
   4.1.4 Binomial Trees = 96
  4.2 Applying Simulations = 100
   4.2.1 Simulation for VAR = 100
   4.2.2 Simulation for Derivatives = 100
   4.2.3 Accuracy = 101
  4.3 Multiple Sources of Risk = 104
   4.3.1 The Cholesky Factorization = 105
  4.4 Answers to Chapter Examples = 107
Part Ⅱ : Capital Markets = 111
 Ch. 5 Introduction to Derivatives = 113
  5.1 Overview of Derivatives Markets = 114
  5.2 Forward Contracts = 116
   5.2.1 Definition = 116
   5.2.2 Valuing Forward Contracts = 118
   5.2.3 Valuing Forward Contracts With Income Payments = 122
  5.3 Futures Contracts = 126
   5.3.1 Definitions of Futures = 126
   5.3.2 Valuing Futures Contracts = 129
  5.4 Swap Contracts = 130
  5.5 Answers to Chapter Examples = 131
 Ch. 6 Options = 133
  6.1 Option Payoffs = 134
   6.1.1 Basic Options = 134
   6.1.2 Put-Call Parity = 137
   6.1.3 Combination of Options = 139
  6.2 Valuing Options = 143
   6.2.1 Option Premiums = 143
   6.2.2 Black-Scholes Valuation = 147
  6.3 Other Option Contracts = 155
  6.4 Valuing Options by Numerical Methods = 158
  6.5 Answers to Chapter Examples = 162
 Ch. 7 Fixed-Income Securities = 165
  7.1 Overview of Bond Markets = 166
  7.2 Fixed-Income Securities = 169
   7.2.1 Instrument Types = 169
   7.2.2 Methods of Quotation = 172
  7.3 Analysis of Fixed-Income Securities = 174
   7.3.1 The NPV Approach = 174
   7.3.2 Duration = 176
  7.4 Spot and Forward Rates = 179
  7.5 Mortgage Backed Securities = 185
   7.5.1 Description = 185
   7.5.2 Prepayment Risk = 190
   7.5.3 Financial Engineering and CMOs = 193
  7.6 Answers to Chapter Examples = 199
 Ch. 8 Fixed-Income Derivatives = 203
  8.1 Forward Contracts = 203
  8.2 Futures = 205
   8.2.1 Eurodollar Futures = 205
   8.2.2 T-bond Futures = 207
  8.3 Swaps = 210
   8.3.1 Definitions = 210
   8.3.2 Quotations = 212
   8.3.3 Pricing = 212
  8.4 Options = 215
   8.4.1 Caps and Floors = 216
   8.4.2 Swaptions = 218
   8.4.3 Exchange-Traded Options = 221
  8.5 Answers to Chapter Examples = 222
 Ch. 9 Equity Markets = 225
  9.1 Equities = 226
   9.1.1 Overview = 226
   9.1.2 Valuation = 228
   9.1.3 Equity Indices = 229
  9.2 Convertible Bonds and Warrants = 231
   9.2.1 Definitions = 231
   9.2.2 Valuation = 232
  9.3 Equity Derivatives = 234
   9.3.1 Stock Index Futures = 234
   9.3.2 Equity Options = 237
   9.3.3 Equity Swaps = 238
  9.4 Answers to Chapter Examples = 238
 Ch. 10 Currencies and Commodities Markets = 241
  10.1 Currency Markets = 242
  10.2 Currency Swaps = 243
   10.2.1 Definitions = 243
   10.2.2 Pricing = 245
  10.3 Commodities = 248
   10.3.1 Products = 248
   10.3.2 Pricing of Futures = 250
   10.3.3 Futures and Expected Spot Prices = 253
  10.4 Answers to Chapter Examples = 257
Part Ⅲ : Market Risk Management = 259
 Ch. 11 Introduction to Market Risk Measurement = 261
  11.1 Introduction to Financial Market Risks = 262
  11.2 VAR as Downside Risk = 264
   11.2.1 VAR : Definition = 264
   11.2.2 VAR : Caveats = 267
   11.2.3 Alternative Measures of Risk = 269
   11.2.4 Desirable Properties for Risk Measures = 270
  11.3 VAR : Parameters = 273
   11.3.1 Confidence Level = 273
   11.3.2 Horizon = 274
   11.3.3 Application : The Basel Rules = 276
  11.4 Elements of VAR Systems = 277
   11.4.1 Portfolio Positions = 278
   11.4.2 Risk Factors = 279
   11.4.3 VAR Methods = 279
  11.5 Stress-Testing = 280
  11.6 Answers to Chapter Examples = 282
 Ch. 12 Identification of Risk Factors = 285
  12.1 Market Risks = 286
   12.1.1 Absolute and Relative Risk = 286
   12.1.2 Directional and Non-directional Risk = 286
   12.1.3 Market vs. Credit Risk = 287
   12.1.4 Risk Interaction = 288
  12.2 Sources of Loss : A Decomposition = 289
   12.2.1 Exposure and Uncertainty = 289
   12.2.2 Specific Risk = 291
  12.3 Discontinuity and Event Risk = 292
   12.3.1 Continuous Processes = 292
   12.3.2 Discontinuities = 293
   12.3.3 Event Risk = 294
  12.4 Liquidity Risk = 296
  12.5 Answers to Chapter Examples = 299
 Ch. 13 Sources of Risk = 301
  13.1 Currency Risk = 301
   13.1.1 Currency Volatility = 302
   13.1.2 Correlations = 303
   13.1.3 Devaluation Risk = 305
   13.1.4 Cross-Rate Volatility = 306
  13.2 Fixed-Income Risk = 307
   13.2.1 Factors Affecting Yields = 307
   13.2.2 Bond Price and Yield Volatility = 309
   13.2.3 Correlations = 313
   13.2.4 Global Interest Rate Risk = 315
   13.2.5 Real Yield Risk = 317
   13.2.6 Credit Spread Risk = 318
   13.2.7 Prepayment Risk = 319
   13.2.8 Fixed-Income Portfolio Risk = 320
  13.3 Equity Risk = 322
   13.3.1 Stock Market Volatility = 322
   13.3.2 Forwards and Futures = 325
   13.3.3 Diagonal Model = 326
   13.3.4 Factor Models = 328
  13.4 Commodity Risk = 330
   13.4.1 Commodity Volatility Risk = 330
   13.4.2 Forwards and Futures = 332
   13.4.3 Delivery and Liquidity Risk = 334
  13.5 VAR and Correlations = 334
  13.6 Answers to Chapter Examples = 336
 Ch. 14 Hedging Linear Risk = 339
  14.1 Introduction to Futures Hedging = 340
   14.1.1 Unit Hedging with Currencies = 340
   14.1.2 Basis Risk = 342
  14.2 Optimal Hedging = 343
   14.2.1 The Optimal Hedge Ratio = 345
   14.2.2 The Hedge Ratio as Regression Coefficient = 347
   14.2.3 Example = 348
   14.2.4 Liquidity Issues = 350
  14.3 Applications of Optimal Hedging = 351
   14.3.1 Duration Hedging = 351
   14.3.2 Beta Hedging = 355
  14.4 Answers to Chapter Examples = 357
 Ch. 15 Non-Linear Risk : Options = 361
  15.1 Evaluating Options = 362
   15.1.1 Definitions = 362
   15.1.2 Taylor Expansion = 363
   15.1.3 Option Pricing = 365
  15.2 Option "Greeks" = 366
   15.2.1 Option Sensitivities : Delta and Gamma = 366
   15.2.2 Option Sensitivities : Vega = 370
   15.2.3 Option Sensitivities : Rho = 372
   15.2.4 Option Sensitivities : Theta = 373
   15.2.5 Option Pricing and the "Greeks" = 374
   15.2.6 Option Sensitivities : Summary = 376
  15.3 Dynamic Hedging = 381
   15.3.1 Delta and Dynamic Hedging = 381
   15.3.2 Implications = 383
   15.3.3 Distribution of Option Payoffs = 383
  15.4 Answers to Chapter Examples = 386
 Ch. 16 Modeling Risk Factors = 391
  16.1 The Normal Distribution = 392
   16.1.1 Why the Normal? = 392
   16.1.2 Computing Returns = 392
   16.1.3 Time Aggregation = 394
  16.2 Fat Tails = 398
  16.3 Time-Variation in Risk = 400
   16.3.1 GARCH = 400
   16.3.2 EWMA = 403
   16.3.3 Option Data = 406
   16.3.4 Implied Distributions = 407
  16.4 Answers to Chapter Examples = 410
 Ch. 17 VAR Methods = 411
  17.1 VAR : Local vs. Full Valuation = 412
   17.1.1 Local Valuation = 412
   17.1.2 Full Valuation = 413
   17.1.3 Delta-Gamma Method = 414
  17.2 VAR Methods : Overview = 416
   17.2.1 Mapping = 416
   17.2.2 Delta-Normal Method = 417
   17.2.3 Historical Simulation Method = 418
   17.2.4 Monte Carlo Simulation Method = 419
   17.2.5 Comparison of Methods = 420
  17.3 Example = 422
   17.3.1 Mark to Market = 422
   17.3.2 Risk Factors = 424
   17.3.3 VAR : Historical Simulation = 424
   17.3.4 VAR : Delta-Normal Method = 428
  17.4 Answers to Chapter Examples = 430
Part Ⅳ : Credit Risk Management = 431
 Ch. 18 Introduction to Credit Risk = 433
  18.1 Settlement Risk = 434
   18.1.1 Presettlement vs Settlement Risk = 434
   18.1.2 Handling Settlement Risk = 435
  18.2 Overview of Credit Risk = 437
   18.2.1 Drivers of Credit Risk = 437
   18.2.2 Measurement of Credit Risk = 438
   18.2.3 Credit Risk vs. Market Risk = 440
  18.3 Measuring Credit Risk = 441
   18.3.1 Credit Losses = 441
   18.3.2 Joint Events = 441
   18.3.3 An Example = 443
  18.4 Credit Risk Diversification = 447
  18.5 Answers to Chapter Examples = 453
 Ch. 19 Measuring Actuarial Default Risk = 455
  19.1 Credit Event = 456
  19.2 Default Rates = 459
   19.2.1 Credit Ratings = 459
   19.2.2 Historical Default Rates = 462
   19.2.3 Cumulative and Marginal Default Rates = 465
   19.2.4 Transition Probabilities = 471
   19.2.5 Predicting Default Probabilities = 473
  19.3 Recovery Rates = 474
   19.3.1 The Bankruptcy Process = 474
   19.3.2 Estimates of Recovery Rates = 476
  19.4 Application to Portfolio Rating = 478
  19.5 Assessing Corporate and Sovereign Rating = 479
   19.5.1 Corporate Default = 479
   19.5.2 Sovereign Default = 481
  19.6 Answers to Chapter Examples = 485
 Ch. 20 Measuring Default Risk from Market Prices = 489
  20.1 Corporate Bond Prices = 490
   20.1.1 Spreads and Default Risk = 490
   20.1.2 Risk Premium = 492
   20.1.3 The Cross-Section of Yield Spreads = 495
   20.1.4 The Time-Series of Yield Spreads = 497
  20.2 Equity Prices = 498
   20.2.1 The Merton Model = 499
   20.2.2 Pricing Equity and Debt = 501
   20.2.3 Applying the Merton Model = 504
   20.2.4 Example = 506
  20.3 Answers to Chapter Examples = 508
 Ch. 21 Credit Exposure = 511
  21.1 Credit Exposure by Instrument = 512
  21.2 Distribution of Credit Exposure = 516
   21.2.1 Expected and Worst Exposure = 516
   21.2.2 Time Profile = 517
   21.2.3 Exposure Profile for Interest Rate Swaps = 518
   21.2.4 Exposure Profile for Currency Swaps = 530
   21.2.5 Exposure Profile for Different Coupons = 531
  21.3 Exposure Modifiers = 536
   21.3.1 Marking to Market = 536
   21.3.2 Exposure Limits = 538
   21.3.3 Recouponing = 539
   21.3.4 Netting Arrangements = 540
  21.4 Credit Risk Modifiers = 545
   21.4.1 Credit Triggers = 546
   21.4.2 Time Puts = 546
  21.5 Answers to Chapter Examples = 547
 Ch. 22 Credit Derivatives = 551
  22.1 Introduction = 551
  22.2 Types of Credit Derivatives = 552
   22.2.1 Credit Default Swaps = 553
   22.2.2 Total Return Swaps = 556
   22.2.3 Credit Spread Forward and Options = 558
   22.2.4 Credit-Linked Notes = 559
  22.3 Pricing and Hedging Credit Derivatives = 564
   22.3.1 Methods = 564
   22.3.2 Example : Credit Default Swap = 565
  22.4 Pros and Cons of Credit Derivatives = 568
  22.5 Answers to Chapter Examples = 570
 Ch. 23 Managing Credit Risk = 573
  23.1 Measuring the Distribution of Credit Losses = 574
  23.2 Measuring Expected Credit Loss = 578
   23.2.1 Expected Loss over a Target Horizon = 578
   23.2.2 The Time Profile of Expected Loss = 579
  23.3 Measuring Credit VAR = 582
  23.4 Portfolio Credit Risk Models = 583
   23.4.1 Approaches to Portfolio Credit Risk Models = 583
   23.4.2 CreditMetrics = 585
   23.4.3 CrditRisk+ = 588
   23.4.4 KMV = 589
   23.4.5 Credit Portfolio View = 590
   23.4.6 Comparison = 591
  23.5 Answers to Chapter Examples = 594
Part Ⅴ : Operational and Integrated Risk Management = 597
 Ch. 24 Operational Risk = 599
  24.1 The Importance of Operational Risk = 600
   24.1.1 Case Histories = 600
   24.1.2 Business Lines = 601
  24.2 Defining Operational Risk = 603
   24.2.1 Definitions = 604
   24.2.2 Why Definitions are Important = 606
   24.2.3 Conceptual Problems = 607
  24.3 Approaches to Operational Risk = 609
  24.4 Causal Networks = 611
  24.5 Actuarial Models = 612
  24.6 Managing Operational Risk = 617
   24.6.1 Capital Allocation = 617
   24.6.2 Regulatory Requirements = 618
   24.6.3 Preventing Operational Risk = 620
  24.7 Answers to Chapter Examples = 623
 Ch. 25 Risk Capital and RAROC = 627
  25.1 RAROC = 628
   25.1.1 Risk Capital = 628
   25.1.2 RAROC Methodology = 630
   25.1.3 Application to Compensation = 631
  25.2 Performance Evaluation and Pricing = 633
  25.3 Answers to Chapter Examples = 635
 Ch. 26 Best Practices Reports = 637
  26.1 The G-30 Report = 638
  26.2 The Bank of England Report on Barings = 643
  26.3 The CRMPG Report on LTCM = 645
  26.4 Answers to Chapter Examples = 648
 Ch. 27 Firmwide Risk Management = 649
  27.1 Types of Risk = 650
  27.2 Three-Pillar Framework = 652
   27.2.1 Best-Practice Policies = 652
   27.2.2 Best-Practice Methodologies = 652
   27.2.3 Best-Practice Infrastructure = 653
  27.3 Organizational Structure = 653
  27.4 Controlling Traders = 659
   27.4.1 Trader Compensation = 659
   27.4.2 Trader Limits = 660
  27.5 Answers to Chapter Examples = 664
Part Ⅵ : Legal, Accounting, and Tax Risk Management = 667
 Ch. 28 Legal Issues = 669
  28.1 Legal Risks with Derivatives = 670
  28.2 Netting = 674
  28.3 ISDA Master Netting Agreement = 678
  28.4 Glossary = 683
   28.4.1 General Legal Terms = 683
   28.4.2 Bankruptcy Terms = 683
   28.4.3 Contract Terms = 684
  28.5 Answers to Chapter Examples = 686
 Ch. 29 Accounting and Tax Issues = 689
  29.1 Internal Reporting = 690
   29.1.1 Purpose of Internal Reporting = 690
   29.1.2 Comparison of Methods = 691
   29.1.3 Historical Cost versus Marking-to-Market = 695
  29.2 External Reporting = 698
   29.2.1 Financial Accounting Standards Board(FASB) = 698
   29.2.2 International Accounting Standards Committee(IASC) = 702
  29.3 Tax Considerations = 705
  29.4 Conclusions = 707
  29.5 Answers to Chapter Examples = 708
Part Ⅶ : Regulation and Compliance = 711
 Ch. 30 Regulation of Financial Institutions = 713
  30.1 Definition of Financial Institutions = 714
  30.2 Systemic Risk = 715
  30.3 Regulation of Commercial Banks = 717
  30.4 Regulation of Securities Houses = 720
  30.5 Tools and Objectives of Regulation = 723
  30.6 Answers to Chapter Examples = 726
 Ch. 31 The Basel Accord = 727
  31.1 Steps in The Basel Accord = 728
   31.1.1 The 1988 Accord = 728
   31.1.2 The 1996 Amendment = 728
   31.1.3 The New Basel Accord = 729
  31.2 The 1988 Basel Accord = 732
   31.2.1 Risk Capital = 732
   31.2.2 On-Balance Sheet Risk Charges = 735
   31.2.3 Off-Balance Sheet Risk Charges = 736
   31.2.4 Total Risk Charge = 740
  31.3 Illustration = 743
  31.4 The New Basel Accord = 747
   31.4.1 Issues with the 1988 Basel Accord = 748
   31.4.2 The New Basel Accord : Credit Risk Charges = 750
   31.4.3 Securitization and Credit Risk Mitigation = 752
   31.4.4 The Basel Operational Risk Charge = 754
  31.5 Answers to Chapter Examples = 756
  31.6 Further Information = 758
 Ch. 32 The Basel Market Risk Charges = 763
  32.1 The Standardized Method = 764
   32.1.1 Interest Rate Risk = 764
   32.1.2 Equity Risk = 768
   32.1.3 Currency Risk = 769
   32.1.4 Commodity Risk = 769
   32.1.5 Option Risk = 771
   32.1.6 The Market Risk Charge = 773
  32.2 The Internal Models Approach = 774
   32.2.1 Qualitative Requirements = 775
   32.2.2 The Market Risk Charge = 776
   32.2.3 Combination of Approaches = 778
  32.3 Stress Testing = 782
  32.4 Backtesting = 784
   32.4.1 Measuring Exceptions = 784
   32.4.2 Statistical Decision Rules = 785
   32.4.3 The Penalty Zones = 786
  32.5 Answers to Chapter Examples = 790
Index = 793


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