Implementing Models of Financial Derivatives, w. CD-ROM

Conceptual features.12.2 The polymorphic factory.12.3 Using the Factory object.12.4 Summary.12.5 Exercises13 A Semi-Polymorphic Factory: Meta-Classes.13.1 The structure of the application.13.2 Meta-class objects.13.3 The semi-polymorphic factory.13.4 Summary.13.5 Exercises.PART V PERFORMANCE ISSUES IN VBA.14 Performance and Cost in VBA.14.1 Arithmetic operations.14.2 Procedure calls.14.3 Data typing issues.14.4 Summary.14.5 Exercises.15 Level and Performance.15.1 Variations of the level application.15.2 Effect of level on times.15.3 Summary.15.4 Exercises.16 Evolution and Data Structures.16.1 Data structures in VBA.16.2 Using VBA containers.16.3 Numerical comparisons.16.4 Summary.16.5 Exercises.PART VI VARIANCE REDUCTION IN THE MONTE CARLO METHOD.17 Wiener Sample Paths and Antithetic Variates.17.1 Generating Wiener sample paths.17.2 Antithetic variates.17.3 Numerical assessment.17.4 Summary.17.5 Exercises.18 The Wiener Process and Stratified Sampling.18.1 Stratified sampling.18.2 Implementing stratified sampling.18.3 Numerical assessment.18.4 Summary.18.5 Exercises.19 Low-Discrepancy Sampling.19.1 Low-discrepancy sampling.19.2 Implementing LD sampling.19.3 Numerical assessment.19.4 Summary.19.5 Exercises.20 Variance Reduction with Control Variates.20.1 Control variates.20.2 Examples of control variates.20.3 Auxiliary model control variates.20.4 Summary.20.5 Exercises.21 Implementing Control Variates.21.1 A control variate application.21.2 Numerical assessment.21.3 Summary.21.4 Exercises.22 Extreme Options and Importance Sampling.22.1 Importance Sampling.22.2 Valuing an OTM digital option.22.3 Choices for the IS density.22.4 Implementing importance sampling.22.5 Numerical assessment.22.6 Summary.22.7 Exercises.23 Combining Variance Reduction Methods.23.1 Combining CV and IS.23.2 Implementing variance reduction methods in combination.23.3 Numerical assessment.23.4 Summary.23.5 Exercises.PART VII THE MONTE CARLO METHOD: CONVERGENCE AND BIAS.24 The Monte Carlo Method: Convergence and Bias.24.1 Reducing bias.24.2 Bias reduction methods.24.3 Bias and barrier options.24.4 Summary.24.5 Exercises.25 Discretization Methods.25.1 Discretization and convergence.25.2 ItM-Taylor discretization schemes.25.3 Schemes in 1-dimension.25.4 Predictor-corrector simulation.25.5 Numerical assessment for benchmark processes.25.6 Summary.25.7 Exercises.26 Applications to Models.26.1 The CIR process.26.2 Simulating discount factors.26.3 Summary.26.4 Exercises.27 Valuation in the Heston Model.27.1 Discretizing the Heston model.27.2 Convergence in the Heston model.27.3 Option valuation in the Heston model.27.4 Summary.27.5 Exercises.PART VIII VALUING AMERICAN OPTIONS BY SIMULATION.28 Valuing American and Bermudan Options.28.1 American options.28.2 Monte Carlo and American options.28.3 Summary.28.4 Exercises.29 Estimating the Early Exercise Boundary.29.1 Approximating the continuation value function.29.2 Choices for basis functions.29.3 The early exercise boundary.29.4 Effect on valuation.29.5 Summary.29.6 Exercises.30 The Plain LSLS Method.30.1 Implementation in VBA.30.2 Valuing the American put?30.3 Summary.30.4 Exercises.31 Control Variates and the LSLS Method.31.1 Control variates and the American put.31.2 Control variates and the EEB.31.3 A two-pass LSLS.31.4 Summary.31.5 Exercises.Afterword.APPENDICES.A VBA and Excel.A.1 Setting up Excel.A.2 Compiler problems in VBA.B Some Option Formulae.B.1 Geometrically averaged average rate options.B.2 A quadratic payoff option.B.3 A Bermudan option.C The Utility Code Modules.C.1 The utility procedures.C.2 The complex number object.C.3 Quadrature.D Running DLLs from VBA.E Object-Oriented Programming.E.1 Motivation for objects.E.2 Properties of objects.E.3 Implementing objects in VBA.E.4 Patterns of object use.E.5 Summary.F A Yukky Level 0 Monolithic Lattice Implementation.F.1 Lattice methods.F.2 Implementing a level 0 lattice method.F.3 Summary.G A Level 1 Crank-Nicolson PDE Implementation.G.1 PDE methods for derivative valuation.G.2 The Crank-Nicolson finite difference method.G.3 Implementing Crank-Nicolson.G.4 Assessment of the design.G.5 Successive over-relaxation (SOR).G.6 Summary.H Root-Finding and Minimization Algorithms.H.1 Root finding algorithms.H.2 Minimization algorithms.H.3 Summary.VBA, Modelling, and Computing Glossary.Abbreviations.Coding, Notational, and Typographical Conventions.Index to Code.Index to Spreadsheets.Index to Implementations.Index to Library Functions.Bibliography.Index.