Operations Research Simplified

Operations Research Simplified
Chapter 1 - Getting Started
Origin Phases and Processes of O.R. Techniques Advantages & Limitations Self Test Questions
Chapter 2 - Linear Programming- Model Formulation & Graphical Method
Introduction Basic Terminology General Linear Programming Problem Model Formulation Graphical Method - Introduction Graphical Method - Examples Special Cases Limitations Of LP Self Test Questions
Chapter 3 - Simplex Method
Introduction Simplex Method-Maximization Case The Simplex Algorithm Simplex Method - Examples Simplex Method-Minimization Case Two Phase Method The Big M Method Some Special Cases Self Test Questions
Chapter 4 - Duality & Sensitivity Testing
Introduction Example Mixed Constraints Dual Simplex Method Sensitivity Analysis Self Test Questions

Chapter 5 - Transportation Problem
Introduction Basic Terminology North West Corner Rule Matrix Minimum Method Vogel Approximation Method Stepping Stone Method Modified Distribution Method (MODI) Degeneracy Unbalanced Transportation Problem Maximization Problem Prohibited Routes Time Minimizing Problem Transshipment Model Self Test Questions
Chapter 6 - Assignment Problem
Introduction Hungarian Method - Algorithm Hungarian Method - Examples Some Special Cases Crew Assignment Problem Travelling Salesman Problem Self Test Questions
Chapter 7 - Integer Programming
Introduction Model Formulation Cutting Plane Method Graphical Method Branch & Bound Method Self Test Questions
Chapter 8 - Goal Programming
Introduction Model Formulation Model Formulation - Example Graphical Method Modified Simplex Method Self Test Questions
Chapter 9 - Game Theory
Introduction Basic Terminology Strategy Algebraic Method Calculus Method Linear Programming Method Dominance 2 X n Games Graphical Method Bidding Problems Advantages & Limitations Self Test Questions
Chapter 10 - Waiting Line Models
Introduction Components of Queuing System The M/M/1 (∞/FIFO) system The M/M/1 (N/FIFO) system The M/M/C (∞/FIFO) system The M/E_k/1 (∞/FIFO) system Self Test Questions
Chapter 11 - Inventory Control Models
Introduction Objectives of Inventory Control The Basic Deterministic Inventory Models EOQ When Shortages Are Allowed EOQ With Uniform Replenishment EOQ With Quantity Discounts Probabilistic or Stochastic Models Self Test Questions
Chapter 12 - Dynamic Programming
Introduction Basic Terminology The Shortest Route Problem Inventory Control Solution Of LP By DP An Electronic Device Problem Self Test Questions
Chapter 13 - Replacement Models
Introduction Replacement Of Items That Deteriorates With Time Replacement Of Items That Fail Completely Staffing Problem Self Test Questions
Chapter 14 - Sequencing Models
Introduction Taxonomy Of Sequencing Models Processing n Jobs Through Two Machines Processing n Jobs Through Three Machines Processing 2 Jobs Through m Machines Self Test Questions
Chapter 15 - Nonlinear Programming
Introduction Introduction To Quadratic Programming Quadratic Simplex Method Separable Programming Separable Programming-Example Self Test Questions
Chapter 16 - Simulation Models
Introduction Steps In The Simulation Process The Lajwaab Bakery Shop Problem Simulation and Inventory Control Simulation And Queuing System Simulation And Capital Budgeting Limitations of Simulation Self Test Questions

Operations Research Simplified

Menu