Engineering BGM

From simple to more sophisticated versions of the BGM model, this book offers a range of methods that can be programmed into production code to suit readers'' requirements. It first introduces the standard lognormal flat BGM model and then focuses on the shifted version to develop basic ideas about construction, change of measure, correlation, calibration, simulation, timeslicers (lattices), pricing, delta hedging, barriers, Bermudans, and vega hedging. Subsequent chapters address cross-economy BGM, the adaptation of the BJM model to inflation, a simple tractable stochastic volatility version of BGM, and Brazilian options suitable for BGM analysis.

Also known as the Libor market model, the Brace-Gatarek-Musiela (BGM) model is becoming an industry standard for pricing interest rate derivatives. Written by one of its developers, Engineering BGM builds progressively from simple to more sophisticated versions of the BGM model, offering a range of methods that can be programmed into production code to suit readers'' requirements.

After introducing the standard lognormal flat BGM model, the book focuses on the shifted/displaced diffusion version. Using this version, the author develops basic ideas about construction, change of measure, correlation, calibration, simulation, timeslicing, pricing, delta hedging, barriers, callable exotics (Bermudans), and vega hedging. Subsequent chapters address cross-economy BGM, the adaptation of the BGM model to inflation, a simple tractable stochastic volatility version of BGM, and Brazilian options suitable for BGM analysis. An appendix provides notation and an extensive array of formulae.

The straightforward presentation of various BGM models in this handy book will help promote a robust, safe, and stable environment for calibrating, simulating, pricing, and hedging interest rate instruments.