Elements of Concave Analysis and Applications
Auteur : Kythe Prem K.
Concave analysis deals mainly with concave and quasi-concave functions, although convex and quasi-convex functions are considered because of their mutual inherent relationship. The aim of Elements of Concave Analysis and Applications is to provide a basic and self?contained introduction to concepts and detailed study of concave and convex functions. It is written in the style of a textbook, designed for courses in mathematical economics, finance, and manufacturing design. The suggested prerequisites are multivariate calculus, ordinary and elementary PDEs, and elementary probability theory.
Matrix Algebra. Differential Calculus. Concave and Convex Functions. Concave Programming. Convex Programming. Quasi-Concave Functions. Quasi-Convex Functions. Log-concave Functions. Quadratic Programming. Optimal Control Theory. Demands. Black-Scholes Equation.
Prem K. Kythe is a Professor Emeritus of Mathematics at the University of New Orleans. He is the author/co-author of 11 books and author of 46 research papers. His research interests encompass the fields of complex analysis, continuum mechanics, and wave theory, including boundary element methods, finite element methods, conformal mappings, PDEs and boundary value problems, linear integral equations, computation integration, fundamental solutions of differential operators, Green’s functions, and coding theory.
Date de parution : 05-2018
15.6x23.4 cm
Thèmes d’Elements of Concave Analysis and Applications :
Mots-clés :
Convex Set; matrix properties; Quasi-convex Function; linear and nonlinear optimization; Quasi-concave Functions; quasi-convexity; Concave Function; financial data analysis; Convex Function; Log Concave Functions; Strictly Convex; Complementary Slackness Condition; Strictly Quasi-concave; Hicksian Demand; Cumulative Distribution Function; Free Endpoint; Walrasian Demand; Giffen Good; Shephard’s Lemma; Locally Nonsatiated; Slutsky Equation; Log Concave Distributions; Optimal Control Problem; Marshallian Demand; Convex Feasibility Problem; Upward Sloping Demand Curve; Log Concave Density Function; Convex Subset; Pareto Optimal Point