• Contents
  • About
  • Credits
  • Introduction
  • Food Manufacture 1: When to Buy and How to Blend
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Food Manufacture 2: Limiting the Number of Ingredients and Adding Extra Conditions
    • Problem Statement
    • Mathematical Programming Formulation
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Factory Planning 1: What to Make, On What Machines, and When
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Factory Planning 2: When Should Machines Be Down for Maintenance
    • Problem Statement
    • Mathematical Programming Formulation
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Manpower Planning: How to Recruit, Retrain, Make Redundant, or Overman
    • Problem Statement
      • Recruitment
      • Retraining
      • Redundancy
      • Overmanning
      • Short-time Working
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Refinery Optimization: How to Run an Oil Refinery
    • Problem Statement
      • Distillation
      • Reforming
      • Cracking
      • Blending
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Mining: Which Pits to Work and When to Close Them Down
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Farm Planning: How Much to Grow and Rear
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Economic Planning: How Should an Economy Grow
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Decentralization: How to Disperse Offices from the Capital
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Curve Fitting: Fitting a Curve to a Set of Data Points
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Logical Design: Constructing an Electronic System with a Minimum Number of Components
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Market Sharing: Assigning Retailers to Company Divisions
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Opencast Mining: How Much to Excavate
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Tariff Rates (Power Generation): How to Determine Tariff Rates for the Sale of Electricity
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Hydro Power: How to Generate and Combine Hydro and Thermal Electricity Generation
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Three-Dimensional Noughts and Crosses: A Combinatorial Problem
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Optimizing a Constraint: Reconstructing an Integer Programming Constraint More Simply
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Distribution 1: Which Factories and Depots to Supply Which Customers
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Depot Location (Distribution 2): Where Should New Depots Be Built
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Agricultural Pricing: What Prices to Charge for Dairy Products
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Efficiency Analysis: How to Use Data Envelopment Analysis to Compare Efficiencies of Garages
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Milk Collection: How to Route and Assign Milk Collection Lorries to Farms
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Yield Management: What Quantities of Airline Tickets to Sell at What Prices and What Times
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Car Rental 1
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Car Rental 2
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Lost Baggage Distribution
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objectives
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Protein Folding
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Parameters
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • Protein Comparison
    • Problem Statement
    • Mathematical Programming Formulation
      • Index Sets and Their Members
      • Variables
      • Objective
      • Constraints
    • Input Data
    • PROC OPTMODEL Statements and Output
    • Features Demonstrated
  • References


ProductRelease
SAS/OR12.3_M1
Type
Usage and Reference
Copyright Date
December 2013
Last Updated
17Dec2013