Operations Research Models for Business and Industry

a₁ analysis applied arithmetic mean basic feasible solution binomial distribution C₁ cell Chapter coefficients column vector computation considered constant column corresponding curve depicted determine diagram distribution dual elements equal Equation example expressed F₁ Figure formula grid hence identity matrix index row indicates inequalities inventory iteration John Wiley key column key row linear programming linear programming problem linearly independent machine manager mathematical matrix maximized minimized minimum Monte Carlo method napkins negative normal normal distribution notation objective function obtained Operations Research optimal optimum solution original data P₁ P₂ parabola Poisson Poisson distribution possible primal probability production profit quantity queuing queuing theory R₁ random numbers requirements sample selected shown in Table simplex method slack variables solving Statistics summation technique tion total cost unit V₁ values W₁ Wiley & Sons x₁ y₁ York zero