Table of Contents:
  • chapter 1 Basic concepts of linear optimization
  • part Part I: Linear optimization theory: basic techniques
  • chapter 2 Geometry and algebra of feasible regions
  • chapter 3 Dantzig's simplex algorithm
  • chapter 4 Duality, feasibility, and optimality
  • chapter 5 Sensitivity analysis
  • chapter 6 Large-scale linear optimization
  • chapter 7 Integer linear optimization
  • chapter 8 Linear network models
  • chapter 9 Computational complexity
  • part Part II: Linear optimization practice: advanced techniques
  • chapter 10 Designing a reservoir for irrigation
  • chapter 11 Classifying documents by language
  • chapter 12 Production planning: a single product case
  • chapter 13 Production of coee machines
  • chapter 14 Conflicting objectives: producing versus importing
  • chapter 15 Coalition formation and profit distribution
  • chapter 16 Minimizing trimloss when cutting cardboard
  • chapter 17 O-shore helicopter routing
  • chapter 18 The catering service problem
  • part Appendices
  • chapter A
  • Mathematical proofs
  • chapter B
  • Linear algebra
  • chapter C Graph theory
  • chapter D
  • Convexity
  • chapter E Nonlinear optimization
  • chapter F Writing LO-models in GNU MathProg (GMPL)
  • chapter List of Symbols.