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Fixed Income Modelling
Claus Munk
576 pages
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43 Figures, 24 Tables
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234x156mm
978-0-19-957508-4
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Hardback
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30 June 2011
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- Emphasizes the relation between fixed income models and economic theory
- Formal mathematical modelling made accessible to readers with limited mathematical training. Includes a chapter on the relevant aspects of stochastic processes and careful economic interpretations of mathematical expressions
- Each chapter includes a set of exercises making it easy for readers to test their knowledge
- In-depth coverage of general pricing principles and techniques and of the main models and securities
- Features chapters on interest rate risk management, credit risk, mortgage-backed securities, and numerical methods
Fixed Income Modelling offers a unified presentation of dynamic term structure models and their applications to the pricing and risk management of fixed income securities. It explains the basic fixed income securities and their properties and uses as well as the relations between those securities. The book presents and compares the classical affine models, Heath-Jarrow-Morton models, and LIBOR market models, and demonstrates how to apply those models for the pricing of various widely traded fixed income securities. It offers a balanced presentation with both formal mathematical modelling and economic
intuition and understanding.
The book has a number of distinctive features including a thorough and accessible introduction to stochastic processes and the stochastic calculus needed for the modern financial modelling approach used in the book, as well as a separate chapter that explains how the term structure of interest rates relates to macro-economic variables and to what extent the concrete interest rate models are founded in general economic theory. The book focuses on the most widely used models and the main fixed income securities, instead of trying to cover all the many specialized models and the countless exotic real-life products. The in-depth explanation of the main pricing principles, techniques, and models as well as their application to the most
important types of securities will enable the reader to understand and apply other models and price other securities. The book includes chapters on interest rate risk management, credit risk, mortgage-backed securities, and relevant numerical techniques. Each chapter concludes with a number of exercises of varying complexity.
Suitable for MSc students specializing in finance and economics, quantitatively oriented MBA students, and first- or second-year PhD students, this book will also be a useful reference for researchers and finance professionals and can be used in specialized courses on fixed income or broader courses on derivatives.Readership: Students in MSc programs in finance and
economics, financial derivatives, and quantitatively oriented MBA programs; first- or second-year PhD students in finance; researchers and finance professionals.
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Claus Munk, Professor of Finance, School of Economics and Management & Department of Mathematical Sciences, Aarhus University, Denmark Claus Munk holds a PhD in Economics (1997) and an MSc in Mathematics-Economics (1993) from the University of Southern Denmark, where he also served as Assistant, Associate, and full Professor in the period 1996-2008. His primary research areas are financial derivatives, asset allocation, general asset pricing theory, and the application of numerical methods in finance. His research has been published in journals such as Journal of Financial Economics, Review of Derivatives Research, Journal of Banking and Finance, European Finance Review, and Journal of Economic Dynamics
and Control.
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Preface
1: Introduction and overview
2: Extracting Yield Curves from Bond Prices
3: Stochastic Processes and Stochastic Calculus
4: A Review of General Asset Pricing Theory
5: The Economics of the Term Structure of Interest Rates
6: Fixed Income Securities
7: One-factor Diffusion Models
8: Multi-factor Diffusion Models
9: Calibration of Diffusion Models
10: Heath-Jarrow-Morton Models
11: Market models
12: The Measurement and Management of Interest Rate Risk
13: Defaultable Bonds and Credit Derivatives
14: Mortgages and Mortgage-backed Securities
15: Stock and Currency Derivatives when Interest Rates are Stochastic
16: Numerical Techniques
Appendix: Results on the Lognormal Distribution
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The specification in this catalogue, including without limitation price, format, extent, number of illustrations, and month of publication, was as accurate as possible at the time the catalogue was compiled. Occasionally, due to the nature of some contractual restrictions, we are unable to ship a specific product to a particular territory. Jacket images are provisional and liable to change before publication.
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