More-for-Less Solutions in Fuzzy Transportation Problems
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Beschreibung
This book describes a set of methods for finding more-for-less solutions of various kind of fuzzy transportation problems. Inspired by more-for-less approaches to the basic transportation problem initiated by Abraham Charnes and his collaborators during 1960s and 1970s, this book describes new methods developed by the authors to solve different types of problems, including symmetric balanced fuzzy transportation problems, symmetric intuitionistic fuzzy transportation problems with mixed constraints, and symmetric intuitionistic fuzzy linear fractional transportation problems with mixed constraints. It offers extensive details on their applications to some representative problems, and discusses some future research directions
This book describes a set of methods for finding more-for-less solutions of various kind of fuzzy transportation problems. Inspired by more-for-less approaches to the basic transportation problem initiated by Abraham Charnes and his collaborators during 1960s and 1970s, this book describes new methods developed by the authors to solve different types of problems, including symmetric balanced fuzzy transportation problems, symmetric intuitionistic fuzzy transportation problems with mixed constraints, and symmetric intuitionistic fuzzy linear fractional transportation problems with mixed constraints. It offers extensive details on their applications to some representative problems, and discusses some future research directions
Offers a timely introduction to more-for-less solutions of transportation problems Discusses solutions for different types of symmetric triangular fuzzy balanced transportation problems With examples showing how to apply the methods to solve practical transportation problems
Autor*in
Tanveen Kaur Bhatia
Themen in »More-for-Less Solutions in Fuzzy Transportation Problems«
Symmetric Triangular Fuzzy Number Crisp Linear Programming Problem Intuitionistic Fuzzy Linear Transportation Problems Fractional Transportation Problems With Mixed Constraints Crisp Transportation Problems Solutions to Balanced Transportation Problems Optimal Solution of Transportation Problems Mehar Method