MeanVariance Analysis in Portfolio Choice and Capital MarketsISBN: 9781883249755
399 pages
February 2000

In 1952, Harry Markowitz published "Portfolio Selection," a paper which revolutionized modern investment theory and practice. The paper proposed that, in selecting investments, the investor should consider both expected return and variability of return on the portfolio as a whole. Portfolios that minimized variance for a given expected return were demonstrated to be the most efficient. Markowitz formulated the full solution of the general meanvariance efficient set problem in 1956 and presented it in the appendix to his 1959 book, Portfolio Selection. Though certain special cases of the general model have become widely known, both in academia and among managers of large institutional portfolios, the characteristics of the general solution were not presented in finance books for students at any level. And although the results of the general solution are used in a few advanced portfolio optimization programs, the solution to the general problem should not be seen merely as a computing procedure. It is a body of propositions and formulas concerning the shapes and properties of meanvariance efficient sets with implications for financial theory and practice beyond those of widely known cases. The purpose of the present book, originally published in 1987, is to present a comprehensive and accessible account of the general meanvariance portfolio analysis, and to illustrate its usefulness in the practice of portfolio management and the theory of capital markets. The portfolio selection program in Part IV of the 1987 edition has been updated and contains exercises and solutions.
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Foreword.
Preface to Revised Reissue.
Preface.
PART I: THE GENERAL PORTFOLIO SELECTION MODEL.
1. Portfolio Selection Models.
2. The General MeanVariance Portfolio Selection Model.
3. Capabilities and Assumptions of the General Model.
PART II: PRELIMINARY RESULTS.
4. Properties of Feasible Portfolio Sets.
5. Sets Involving Mean, Variance, and Standard Deviation.
6. Portfolio Selection Models with Affine Constraint Sets.
PART III: SOLUTION TO THE GENERAL PORTFOLIO SELECTION MODEL.
7. Efficient Sets for Nondegenerate Models.
8. Getting Started.
9. Denegerate Cases.
10. All Feasible MeanVariance Combinations.
PART IV: SPECIAL CASES.
11. Canonical Form on the TwoDimensional Analysis.
12. Conical Constraint Sets and Efficiency of the Market Portfolio.
PART V: A PORFOLIO SELECTION PROGRAM.
13. Program Description (By G. Peter Todd).
Appendix: Elements of Matrix Algebra and Vector Spaces.
References.
Index.
Preface to Revised Reissue.
Preface.
PART I: THE GENERAL PORTFOLIO SELECTION MODEL.
1. Portfolio Selection Models.
2. The General MeanVariance Portfolio Selection Model.
3. Capabilities and Assumptions of the General Model.
PART II: PRELIMINARY RESULTS.
4. Properties of Feasible Portfolio Sets.
5. Sets Involving Mean, Variance, and Standard Deviation.
6. Portfolio Selection Models with Affine Constraint Sets.
PART III: SOLUTION TO THE GENERAL PORTFOLIO SELECTION MODEL.
7. Efficient Sets for Nondegenerate Models.
8. Getting Started.
9. Denegerate Cases.
10. All Feasible MeanVariance Combinations.
PART IV: SPECIAL CASES.
11. Canonical Form on the TwoDimensional Analysis.
12. Conical Constraint Sets and Efficiency of the Market Portfolio.
PART V: A PORFOLIO SELECTION PROGRAM.
13. Program Description (By G. Peter Todd).
Appendix: Elements of Matrix Algebra and Vector Spaces.
References.
Index.
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Harry Markowitz has applied computer and mathematical techniques to
various practical decision making areas. In finance: he presented
in an article in 1952 and a book in 1959 "modern portfolio theory,"
now a standard topic in college courses and widely used by
institutional investors for tactical asset allocation, risk
control, and attribution analysis.In other areas: Dr. Markowitz
developed "sparse matrix" techniques for solving very large
mathematical optimization problems, now standard in production
software for optimization programs. He also designed and supervised
the development of the SIMSCRIPT programming language which has
been widely used for programming computer simulations of systems
like factories, transportation systems, and communication networks.
In 1989 Dr. Markowitz received The John von Neumann Award from the
Operations Research Society of America for his work in portfolio
theory, sparse matrix techniques, and SIMSCRIPT. In 1990 he shared
The Nobel Prize in Economics for his work on portfolio
theory.
G. Peter Todd is a Director of Riverview International Group, Inc., where he is responsible for software development. From 1990 to 1998 Dr. Todd was a Vice President in Daiwa Securities Trust's Global Portfolio Research Department (GPRD), where he worked with Harry Markowitz, GPRD's Director of Research. Dr. Todd received a Ph.D. in Biochemistry from Cornell University and a B.S. in Chemistry from Utah State University.
G. Peter Todd is a Director of Riverview International Group, Inc., where he is responsible for software development. From 1990 to 1998 Dr. Todd was a Vice President in Daiwa Securities Trust's Global Portfolio Research Department (GPRD), where he worked with Harry Markowitz, GPRD's Director of Research. Dr. Todd received a Ph.D. in Biochemistry from Cornell University and a B.S. in Chemistry from Utah State University.
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