
The book starts with basic topics, such as formulation and graphical solution of Linear Programming Problems (LPP), simplex and revised Simplex Method, duality and sensitivity analysis, transportation and assignment models, and then moves on to advance topics, such as sequencing and scheduling (CPM &PERT), dynamic, integer and goal programming, game and decision theories, queuing and replacement models, simulation, inventory (deterministic and probabilistic) models, non-linear programming, classical optimization techniques, etc. Further, seven appendices have been provided which discuss a few preliminary mathematical concepts in brief, and also provide a few tables that would be helpful in solving certain problems provided in the book.
This text investigates the mathematical foundations and practical applications of operations research to solve complex decision-making problems in industrial and organizational contexts. Authors A. K. Malik and S. R. Yadav present a structured framework that transitions from fundamental linear programming concepts to sophisticated optimization techniques. The book serves as a comprehensive manual for students and practitioners, utilizing a blend of theoretical explanation and procedural methodology to address resource allocation and system efficiency.
What You Will Find
Experts identify this work as a structured academic resource suitable for undergraduate and graduate-level coursework in operations research. Readers frequently note the clear progression from basic linear models to complex non-linear optimization techniques, making it a reliable reference for technical problem solving.
Page Count:
691
Publication Date:
2015-03-01
Publisher:
Oxford University Press
ISBN-10:
0198096186
ISBN-13:
9780198096184
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