经济物理学导论txt,chm,pdf,epub,mobi下载 作者:R.N.蒙塔纳 (Rosario N.Mantegna)/H.Eugene Stanley 出版社: 世界图书出版公司北京公司 副标题: 金融中的关联性和复杂性 出版年: 2016-1-1 页数: 148 定价: CNY 45.00 装帧: 平装 ISBN: 9787519200176 内容简介 · · · · · ·该书关注金融体系描述中所用的经济物理学概念。特别地,作者阐明了概率论、临界现象及充分发展紊流中的尺度概念。将这些概念应用到金融时间序列中能很好地洞察市场行为。作者还描述了几个随机模型,展示了经验数据中体现出来的统计特性。读者对象:经济学和物理学领域的本科生及科研工作者,金融学领域的专家等。 作者简介 · · · · · ·Rosario N. Mantegna(R.N.蒙塔纳,意大利)国际知名学者,在金融学界享有盛誉。本书凝聚了作者多年科研和教学成果,适用于科研工作者、高校教师和研究生。 目录 · · · · · ·Preface1 Introduction 1.1 Motivation 1.2 Pioneering approaches 1.3 The chaos approach 1.4 The present focus · · · · · ·() Preface 1 Introduction 1.1 Motivation 1.2 Pioneering approaches 1.3 The chaos approach 1.4 The present focus 2 Efficient market hypothesis 2.1 Concepts, paradigms, and variables 2.2 Arbitrage 2.3 Efficient market hypothesis 2.4 Algorithmic complexity theory 2.5 Amount ofinformation in a financial time series 2.6 Idealized systems in physics and finance 3 Random walk 3.1 One—dimensional discrete case 3.2 The continuous limit 3.3 Central limit theorem 3.4 The speed of convergence 3.4.1 Berry—Esseen Theorem 1 3.4.2 Berry—Esseen Theorem 2 3.5 Basin of attraction 4 Levy stochastic processes and limit theorems 4.1 Stable distributions 4.2 Scaling and self—similarity 4.3 Limit theorem for stable distributions 4.4 Power—law distributions 4.4.1 The St Petersburg paradox 4.4.2 Power laws in finite systems 4.5 Price change statistics 4.6 Infinitely divisible random processes 4.6.1 Stable processes 4.6.2 Poisson process 4.6.3 Gamma distributed random variables 4.6.4 Uniformly distributed random variables 4.7 Summary 5 Scales in financial data 5.1 Price scales in financial markets 5.2 Time scales in financial markets 5.3 Summary 6 Stationarity and time correlation 6.1 Stationary stochastic processes 6.2 Correlation 6.3 Short—range correlated random processes 6.4 Long—range correlated random processes 6.5 Short—range compared with long—range correlated noise 7 Time correlation in financial time series 7.1 Autocorrelation function and spectral density 7.2 Higher—order correlations: The volatility 7.3 Stationarity of price changes 7.4 Summary 8 Stochastic models of price dynamics 8.1 Levy stable non—Gaussian model 8.2 Student's t—distribution 8.3 Mixture of Gaussian distributions 8.4 Truncated Levy fiight 9 Scaling and its breakdown 9.1 Empirical analysis of the S&P 500 index 9.2 Comparison with the TLF distribution 9.3 Statistical properties of rare events 10 ARCH and GARCH processes 10.1 ARCH processes 10.2 GARCH processes 10.3 Statistical properties of ARCH/GARCH processes 10.4 The GARCH(1,1) and empirical observations 10.5 Summary 11 Financial markets and turbulence 11.1 Turbulence 11.2 Parallel analysis of price dynamics and fiuld velocity 11.3 Scaling in turbulence and in financial markets 11.4 Discussion 12 Correlation and anticorrelation between stocks 12.1 Simultaneous dynamics of pairs of stocks 12.1.1 Dow—Jones Industrial Average portfolio 12.1.2 S&P 500 portfolio 12.2 Statistical properties of correlation matrices 12.3 Discussion 13 Taxonomy of a stock portfolio 13.1 Distance between stocks 13.2 Ultrametric spaces 13.3 Subdominant ultrametric space of a portfolio of stocks 13.4 Summary 14 Options in idealized markets 14.1 Forward contracts 14.2 Futures 14.3 Options 14.4 Speculating and hedging 14.4.1 Speculation: An example 14.4.2 Hedging: A form ofinsurance 14.4.3 Hedging: The concept of a riskless portfolio 14.5 Option pricing in idealized markets 14.6 The Black & Scholes formula 14.7 The complex structure of financial markets 14.8 Another option—pricing approach 14.9 Discussion 15 Options in real markets 15.1 Discontinuous stock returns 15.2 Volatility in real markets 15.2.1 Historical volatility 15.2.2 Implied volatility 15.3 Hedging in real markets 15.4 Extension of the Black & Scholes model 15.5 Summary Appendix A: Notation guide Appendix B: Martingales References Index · · · · · · () |
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