George Chacko

Written for financial professionals, the authors thoroughly explain the modern global credit system; the roles of banks, hedge funds, insurers, central banks, mortgage markets, and other participants; and the credit-related instruments they rely on. In particular, the authors illuminate the crucial importance of liquidity, and show why liquidity failures have been the key cause of all major market crashes for the past several decades. The Global Financial System thoroughly examines economic environments in which slow de-leveraging leads to prolonged sluggish growth, and compares today's environment to other periods of deleveraging, such as the Great Depression and the Japanese economic meltdown of the '90s and '00s. It predicts potential pathways for the current crisis, and offers essential guidance to both policymakers and investment decision-makers.

This book offers a complete, succinct account of the principles of financial derivatives pricing. The first chapter provides readers with an intuitive exposition of basic random calculus. Concepts such as volatility and time, random walks, geometric Brownian motion, and Ito's lemma are discussed heuristically. The second chapter develops generic pricing techniques for assets and derivatives, determining the notion of a stochastic discount factor or pricing kernel, and then uses this concept to price conventional and exotic derivatives. The third chapter applies the pricing concepts to the special case of interest rate markets, namely, bonds and swaps, and discusses factor models and term structure consistent models. The fourth chapter deals with a variety of mathematical topics that underlie derivatives pricing and portfolio allocation decisions such as mean-reverting processes and jump processes and discusses related tools of stochastic calculus such as Kolmogorov equations, martingale techniques, stochastic control, and partial differential equations.

This book offers a complete, succinct account of the principles of financial derivatives pricing. The first chapter provides readers with an intuitive exposition of basic random calculus. Concepts such as volatility and time, random walks, geometric Brownian motion, and Ito’s lemma are discussed heuristically. The second chapter develops generic pricing techniques for assets and derivatives, determining the notion of a stochastic discount factor or pricing kernel, and then uses this concept to price conventional and exotic derivatives. The third chapter applies the pricing concepts to the special case of interest rate markets, namely, bonds and swaps, and discusses factor models and term structure consistent models. The fourth chapter deals with a variety of mathematical topics that underlie derivatives pricing and portfolio allocation decisions such as mean-reverting processes and jump processes and discusses related tools of stochastic calculus such as Kolmogorov equations, martingales techniques, stochastic control, and partial differential equations.