Concavity of a function is a common property used in most of the important theorems concerning properties of optimization problems in mathematical economics, operations research, mathematical programming, engineering, and management science. Generalized concavity deals with the many nonconcave functions that have properties similar to those of concave functions.
Specific topics covered in this book include:a review of concavity and the basics of generalized concavity; applications of generalized concavity to economics; special function forms such as composite forms, products, ratios, and quadratic functions; fractional programming; and concave transformable functions.
Audience: Mathematicians, economists, computational mathematicians, management scientists, operations researchers, and optimization theorists will find this book useful.
Contents: Preface to the Classics Edition; Preface; Chapter 1: Introduction; Chapter 2: Concavity; Chapter 3: Generalized Concavity; Chapter 4: Application of Generalized Concavity to Economics; Chapter 5: Special Functional Forms I: Composite Functions, Products, and Ratios; Chapter 6: Special Functional Forms II: Quadratic Functions; Chapter 7: Fractional Programming; Chapter 8: Concave Transformable Functions; Chapter 9: Additional Generalizations of Concavity; Supplementary Bibliography; Author Index; Subject Index.