Attilio Meucci - Risk and Asset Allocation, Springer


    This encyclopedic, detailed exposition spans all the steps of one-period allocation from the foundations to the most advanced developments. Multivariate estimation methods are analyzed in depth, including non-parametric, maximum-likelihood under non-normal hypotheses, shrinkage, robust, and very general Bayesian techniques. Evaluation methods such as stochastic dominance, expected utility, value at risk and coherent measures are thoroughly discussed in a unified setting and applied in a variety of contexts, including prospect theory, total return and benchmark allocation. Portfolio optimization is presented with emphasis on estimation risk, which is tackled by means of Bayesian, resampling and robust optimization techniques. All the statistical and mathematical tools, such as copulas, location-dispersion ellipsoids, matrix-variate distributions, cone programming, are introduced from the basics. Comprehension is supported by a On this site the reader will find freely downloadable complementary materials: a set of thoroughly documented MATLAB applications; the Technical Appendices with all the proofs; the Slides, the whole book in presentation format. More materials and complete reviews can also be found on this site. All the proceeds from the author's royalties will be donated to charity. Any feedback on the book, the online material and the charity policy is greatly appreciated.

    CHAPTERS

    Ch 1/2: Uni- and multi-variate statistics, see here
    Ch 3:   Quest for Invariance, see here
    Ch 3:   Projection of invariants to investment horizon, see here
    Ch 3:   Pricing of individual securities, see here
    Ch 3:   Linear factor models (PCA, time series,…), see here
    Ch 3:   Swaps modeling using Principal Component Analysis, see here
    Ch 4:   Multivariate estimation (non-parametric, MLE, shrinkage, robust,…), see here
    Ch 5:   Risk evaluation (stochastic dominance, expected utility, VaR, CVaR, spectral measures,…), see here
    Ch 6:   Portfolio optimization (mean-variance, cone programming, benchmark allocation,…), see here
    Ch 7:   Bayesian estimation, see here
    Ch 8:   Estimation risk evaluation, see here
    Ch 9:   Estimation risk and allocation optimization (Bayes, Black-Litterman, robust,…), see here
    App A: Linear Algebra, see here
    App B: Functional Analysis, see here

    TECHNICAL PROOFS

    Tedious proofs and technical results, see here

    APPLICATIONS

    MATLAB code for advanced risk and portfolio management, see here

    EXERCISES

    Challenges, pitfalls and step-by-step solutions with MATLAB code, see here

    ERRATA

    A few typos, see here





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