"This book provides a nice blend of concise exposition of the theory of stochastic processes, and in particular Lévy processes, financial modeling with such processes, as well as numerical implementations, together with fundamentals of options pricing. Important examples and references are spread adequately throughout the book."
–Professor M. Yor, Université Pierre et Marie Curie

"Equity Derivatives: Theory and Applications gives a comprehensive, yet succinct, overview of the emerging technologies and architectures in computing today, and describes how those technologies and architectures can be applied to equity derivatives. This book bridges the gap between the pure theory of derivatives and the application of that theory through the use of new computing technologies, such as XML, Web services, and Microsoft’s .NET framework. This was a most informative read, both from a technological and theoretical perspective."
–Gregor Noriskin, Architectural Advisor, Developer Division
Microsoft Corporation

"The frontier of equity derivative transactions presented by the leading quantitative research team . . . This book will set the standard for innovation in the field."
–Dr. Hermann Schenk, Managing Director, Covion Organic Semiconductors GmbH

"I was very impressed by the authors’ study of the pricing of equity derivatives. This is not an easy subject and clearly the authors have a profound understanding of the matter."
–Dr. Serge Mores, Senior Investment Manager, ING Investment Management, Brussels

"This well-organized book provides a self-contained, computational, and up-to-date treatment of several interesting topics in the theory of option pricing–mainly in incomplete markets. This is an invaluable addition to the pedagogic literature on equity derivatives that no serious student should be without."
–Professor Aubrey Truman, Head of the Department of Mathematics
University of Wales Swansea

"This book is the first comprehensive guide to link the latest research in mathematical finance with the most recent developments and new technologies in the delivery of pricing and hedging analytics over the Internet. This unique approach is simple to follow, with information organized for easy access."
–Jon Kinol, Managing Director, Deutsche Bank Securities

Praise for "Equity Hybrid Derivatives"

"Hybrids represent the fastest growing segment in the derivatives business. Written by perhaps the finest quant shop in the world, this book presents the state of the art in modeling equity hybrid derivatives."
--Peter Carr, PhD, Head of Quantitative Financial Research Bloomberg L.P., New York, and Director of the Masters in Math Finance Program, Courant Institute, New York University

"This is a unique book. It is a deep and sophisticated treatment of equity hybrids: the products, the models, the mathematics, and the numerics. Anyone with a serious interest in the market will need this book."
--Dr. Nick Webber, Director of the Financial Options Research Centre, University of Warwick

"The Quantitative Products Group of Deutsche Bank continues the study of the latest generation of equity derivatives with the same talent as in its previous books. The market has integrated a wide range of new asset classes such as realized volatility, hedge fund strategy, or hybrid structures in fixed income-equity and equity-credit, which are now booming. These hybrid products have also generated new numerical problems both for PDEs or Monte Carlo methods. To offer both a concise presentation of the risk analysis and a comprehensive overview of the pricing and hedging methodology of these complex exotic structures was a great challenge; I must say that I am very impressed by the result."
--Professor Nicole El-Karoui, Ecole Polytechnique Paris

"This is an excellent book on equity hybrid derivatives, written from the practitioner's point of view by a leading quant team. It provides a comprehensive overview of state-of-the-art methodologycombined with cutting-edge research in mathematical finance. The book is a most valuable read both for academics and practitioners."
--Professor Alexander Schied, Berlin University of Technology