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Table of Contents
Chapter 1: Options Concept
Chapter 2: Financial Derivatives
Chapter 3: Basic Algorithms
Chapter 4: Object-Oriented Techniques
Chapter 5: Design Patterns for Options Processing
Chapter 6: C++ Template-Based Techniques
Chapter 7: STL for Derivative Programming
Chapter 8: Functional Programming Techniques
Chapter 9: Linear Algebra Algorithms
Chapter 10: Numerical Analysis Algorithms in C++
Chapter 11: Solving Models Based on Differential Equations
Chapter 12: Basic Models for Options Pricing
Chapter 13: Monte-Carlo Techniques for Options Pricing
Chapter 14: Back Testing Option Strategies
Chapter 15: Using C++ libraries for Finance
Chapter 16: Credit Derivatives
Chapter 17: Processing Financial Data.
Chapter 2: Financial Derivatives
Chapter 3: Basic Algorithms
Chapter 4: Object-Oriented Techniques
Chapter 5: Design Patterns for Options Processing
Chapter 6: C++ Template-Based Techniques
Chapter 7: STL for Derivative Programming
Chapter 8: Functional Programming Techniques
Chapter 9: Linear Algebra Algorithms
Chapter 10: Numerical Analysis Algorithms in C++
Chapter 11: Solving Models Based on Differential Equations
Chapter 12: Basic Models for Options Pricing
Chapter 13: Monte-Carlo Techniques for Options Pricing
Chapter 14: Back Testing Option Strategies
Chapter 15: Using C++ libraries for Finance
Chapter 16: Credit Derivatives
Chapter 17: Processing Financial Data.