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Searching... | 30000010075506 | HG4515.2 C87 2004 | Open Access Book | Book | Searching... |
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Summary
Summary
Quantitative Financial Economics
Quantitative Financial Economics provides a comprehensive introduction to models of economic behaviour in financial markets, focusing on analysis in discrete time. Following the huge success of the first edition, this second edition has been fully revised and updated to reflect new developments in theory and practice, including:
Behavioural finance: Preferences, arbitrage and learning Mean-variance and intertemporal asset allocation Performance of mutual and hedge funds Momentum, value-glamour strategies, style investing, market timing. Stochastic discount factor models: Equity premium and volatility puzzles Affine and cash-in-advance models Value at risk: Monte Carlo simulation, bootstrapping. Market microstructure: FX markets, technical trading, chartism Calibration, regime switching, data snooping, non-linear models.The authors provide theories and tests of competing ideas in financial markets using examples from the stock, bond and foreign exchange markets. Emphasis is placed on how models inform real-world decisions, making this book accessible to both students and quants practitioners studying the behaviour of asset returns and prices.
REVIEWS FOR 1ST EDITION
Review of 1st edition in Journal of Banking and Finance (22, pp 121-124):
"In general the book is well written with a lucid exposition and Cuthbertson is eager on giving intuitive explanations whenever possible. Thus students and empirical researchers in macroeconomics and finance will undoubtedly find the book very valuable."
Tom Engsted, Aarhus School of Business, Aarhus, Denmark
Review of 1st edition in Journal of Finance (53(1), pp. 417-420):
"I found the book accessible and informative on a variety of topics. It provided me with a different perspective on some of the recent empirical literature. I believe that many finance doctoral student and academics would find it to be a useful resource and a handy reference."
Robert F. Whitelaw, Stern School of Business, NYU
The book has a supporting website http://www.wiley.co.uk/cuthbertson which includes questions and answers, illustrative Excel and GAUSS programmes and econometrics notes.
Author Notes
Keith Cuthbertson is Professor of Finance at CASS Business School, City University, London. He has been an advisor to the Bank of England and UK Treasury and a visitor at the Federal Reserve, Washington DC and Bundesbank Professor at the Freie University, Berlin. He has held chairs at the University of Newcastle and Tanaka Business School, Imperial College, as well as undertaking consultancy with financial institutions.
Dirk Nitzsche is an Associate Professor in Finance at CASS Business School and previously was at the Tanaka Business School, Imperial College.
Complementary texts by the same authors are Investments: Spot and Derivatives Markets , and Financial Engineering: Derivatives and Risk Management (2001) both published by John Wiley & Sons, Ltd.
Table of Contents
| Preface |
| Acknowledgements |
| 1 Basic Concepts in Finance |
| Aims |
| 1.1 Returns on Stocks, Bonds and Real Assets |
| 1.2 Discounted Present Value, DPV |
| 1.3 Utility and Indifference Curves |
| 1.4 Asset Demands |
| 1.5 Indifference Curves and Intertemporal Utility |
| 1.6 Investment Decisions and Optimal Consumption |
| 1.7 Summary |
| Appendix: Mean-Variance Model and Utility Functions |
| 2 Basic Statistics in Finance |
| Aims |
| 2.1 Lognormality and Jensen's Inequality |
| 2.2 Unit Roots, Random Walk and Cointegration |
| 2.3 Monte Carlo Simulation (MCS) and Bootstrapping |
| 2.4 Bayesian Learning |
| 2.5 Summary |
| 3 Efficient Markets Hypothesis |
| Aims |
| 3.1 Overview |
| 3.2 Implications of the EMH |
| 3.3 Expectations, Martingales and Fair Game |
| 3.4 Testing the EMH |
| 3.5 Using Survey Data |
| 3.6 Summary |
| Appendix: Cross-Equation Restrictions |
| 4 Are Stock Returns Predictable? |
| Aims |
| 4.1 A Century of Returns |
| 4.2 Simple Models |
| 4.3 Univariate Tests |
| 4.4 Multivariate Tests |
| 4.5 Cointegration and Error Correction Models (ECM) |
| 4.6 Non-Linear Models |
| 4.7 Markov Switching Models |
| 4.8 Profitable Trading Strategies? |
| 4.9 Summary |
| 5 Mean-Variance Portfolio Theory and the CAPM |
| Aims |
| 5.1 An Overview |
| 5.2 Mean-Variance Model |
| 5.3 Capital Asset Pricing Model |
| 5.4 Beta and Systematic Risk |
| 5.5 Summary |
| 6 International Portfolio Diversification |
| Aims |
| 6.1 Mathematics of the Mean-Variance Model |
| 6.2 International Diversification |
| 6.3 Mean-Variance Optimisation in Practice |
| 6.4 Summary |
| Appendix I Efficient Frontier and the CML |
| Appendix II Market Portfolio |
| 7 Performance Measures, CAPM and APT |
| Aims |
| 7.1 Performance Measures |
| 7.2 Extensions of the CAPM |
| 7.3 Single Index Model |
| 7.4 Arbitrage Pricing Theory |
| 7.5 Summary |
| 8 Empirical Evidence: CAPM and APT |
| Aims |
| 8.1 CAPM: Time-Series Tests |
| 8.2 CAPM: Cross-Section Tests |
| 8.3 CAPM, Multifactor Models and APT |
| 8.4 Summary |
| Appendix: Fama-MacBeth Two-Step Procedure |
| 9 Applications of Linear Factor Models |
| Aims |
| 9.1 Event Studies |
| 9.2 Mutual Fund Performance |
| 9.3 Mutual Fund 'Stars'? |
| 9.4 Summary |
| 10 Valuation Models and Asset Returns |
| Aims |
| 10.1 The Rational Valuation Formula (RVF) |
| 10.2 Special Cases of the RVF |
| 10.3 Time-Varying Expected Returns |
| 10.4 Summary |
| 11 Stock Price Volatility |
| Aims |
| 11.1 Shiller Volatility Tests |
| 11.2 Volatility Tests and Stationarity |
| 11.3 Peso Problems and Variance Bounds Tests |
| 11.4 Volatility and Regression Tests |
| 11.5 Summary |
| Appendix: LeRoy-Porter and West Tests |
| 12 Stock Prices: The VAR Approach |
| Aims |
| 12.1 Linearisation of Returns and the RVF |
| 12.2 Empirical Results |
| 12.3 Persistence and Volatility |
| 12.4 Summary |
| Appendix: Returns, Variance Decomposition and Persistence |
| 13 SDF Model and the C-CAPM |
| Aims |
| 13.1 Consumption-CAPM |
| 13.2 C-CAPM and the 'Standard' CAPM |
| 13.3 Prices and Covariance |
| 13.4 Rational Valuation Formula and SDF |
| 13.5 Factor Models |
| 13.6 Summary |
| Appendix: Joint Lognormality and Power Utility |
| 14 C-CAPM: Evidence and Extensions |
| Aims |
| 14.1 Should Returns be Predictable in the C-CAPM? |
| 14.2 Equity Premium Puzzle |
| 14.3 Testing the Euler Equations of the C-CAPM |
| 14.4 Extensions of the SDF Model |
| 14.5 Habit Formation |
| 14.6 Equity Premium: Further Explanations |
| 14.7 Summary |
| Appendix: Hansen-Jagannathan Bound |
| 15 Intertemporal Asset Allocation: Theory |
| Aims |
| 15.1 Two-Period Model |
| 15.2 Multi-Period Model |
| 15.3 SDF Model of Expected Returns |
| 15.4 Summary |
| Appendix I Envelope Con |
