Operations Research Calculations Handbook 1st Edition by Ronald J Tallarida – Ebook PDF Instant Download/Delivery: 0849302633, 9780849302633
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ISBN 10: 0849302633
ISBN 13: 9780849302633
Author: Ronald J Tallarida
The field of Operations Research (OR) covers a wide range of mathematical topics. Because it is so broad, results and formulas relevant to the field are widely scattered in different texts and journals and can be hard to find. As the field continues to grow, OR practitioners and students need a convenient, one-stop source for the results relevant t
Operations Research Calculations Handbook 1st Table of contents:
Part I: Linear Programming
- Chapter 1: Basic Concepts and Definitions
- Formulating Linear Programming (LP) Problems
- Graphical Solution Method (for 2 variables)
- Standard Form and Slack/Surplus Variables
- Chapter 2: Simplex Method Calculations
- Setting up the Simplex Tableau
- Pivot Operations and Iterations
- Identifying Optimal Solutions, Unboundedness, and Infeasibility
- Big M Method and Two-Phase Method (summary of calculations)
- Chapter 3: Duality and Sensitivity Analysis
- Formulating the Dual LP
- Duality Theorems (summary of relationships)
- Shadow Prices / Dual Variables
- Sensitivity Analysis (RHS changes, objective function coefficient changes)
Part II: Transportation, Assignment, and Transshipment Problems
- Chapter 4: Transportation Problem
- Formulation
- Initial Basic Feasible Solutions (Northwest Corner, Least Cost, Vogel’s Approximation Method – calculation steps)
- Optimality Test (MODI Method / Stepping Stone Method – calculation steps)
- Chapter 5: Assignment Problem
- Formulation
- Hungarian Algorithm (calculation steps and interpretation)
- Chapter 6: Transshipment Problem
- Converting to a Transportation Problem
Part III: Network Models
- Chapter 7: Shortest Path Problems
- Dijkstra’s Algorithm (steps and examples)
- Floyd-Warshall Algorithm (steps and examples)
- Chapter 8: Maximum Flow Problems
- Max-Flow Min-Cut Theorem (concept and calculation)
- Ford-Fulkerson Algorithm (steps and examples)
- Chapter 9: Minimum Spanning Tree Problems
- Prim’s Algorithm (steps and examples)
- Kruskal’s Algorithm (steps and examples)
- Chapter 10: Project Management (PERT/CPM)
- Network Diagramming (AOA vs. AON)
- Critical Path Calculation (Earliest Start/Finish, Latest Start/Finish, Slack)
- Probability of Project Completion (using Normal Distribution)
Part IV: Integer Programming and Dynamic Programming
- Chapter 11: Integer Linear Programming (ILP)
- Formulation
- Branch and Bound Method (conceptual overview, basic steps)
- Gomory Cut Method (brief mention/concept)
- Chapter 12: Dynamic Programming
- Principle of Optimality
- Forward and Backward Recursion (example structures for common problems like Knapsack, Shortest Path in a multi-stage graph)
Part V: Inventory and Queueing Models
- Chapter 13: Inventory Models
- Economic Order Quantity (EOQ) Model (formulas, calculations)
- EOQ with Quantity Discounts
- Economic Production Quantity (EPQ) Model
- Inventory Control with Uncertainty (Reorder Point, Safety Stock)
- Chapter 14: Queueing Theory (Waiting Line Models)
- Basic Notation and Definitions
- M/M/1 Model (formulas for Lq, L, Wq, W, P0, Pn)
- M/M/c Model (formulas for Lq, Wq)
- Little’s Law
Part VI: Decision Analysis and Game Theory
- Chapter 15: Decision Making Under Uncertainty
- Payoff Matrices
- Criteria: Maximax, Maximin, Minimax Regret, Hurwicz, Expected Monetary Value (EMV), Expected Value of Perfect Information (EVPI)
- Decision Trees (calculation steps)
- Chapter 16: Game Theory
- Two-Person Zero-Sum Games
- Pure Strategies (Saddle Point)
- Mixed Strategies (Graphical Method for 2xN or Nx2, Oddments Method for 2×2)
Part VII: Other Models / Advanced Topics (Concise Summaries)
- Chapter 17: Markov Chains
- Transition Matrices
- Steady-State Probabilities (calculations)
- Chapter 18: Simulation
- Random Number Generation (brief overview)
- Monte Carlo Simulation (basic steps)
- Chapter 19: Forecasting Methods
- Moving Averages, Exponential Smoothing (formulas)
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Tags: Ronald J Tallarida, Operations, Research Calculations