## Applied mathematical programming for engineering and production management |

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### Contents

Fundamental Concepts Terminology and Examples | 1 |

Mathematical Solution of Linear Programming Problems | 63 |

Dual Simplex Method and Sensitivity | 112 |

Copyright | |

9 other sections not shown

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### Common terms and phrases

activity algorithm allocation assembly assignment basic feasible solution basic solution basic variable batch branch and bound coefficients column components considered corresponding crash critical path decision variables demand destination deviational variables dual problem dynamic programming entering variable formulated free variables goal constraint goal programming infeasible initial solution integer linear programming inventory iteration linear programming model linear programming problem machine mathematical programming Maximize Minimize model building multiple-objective node nonbasic variable nondominated solutions nonnegative objective function Operations Research optimal solution optimal tableau partial solution period planning plant primal problem product-mix problem profit pure integer quantities resource revised model scheduling selected shadow prices shown in Fig shown in Table simplex algorithm simplex method simplex solution slack slack variables solution process solution space solution tableau solved stage Step stone method Subject subproblems surplus variable transshipment units of product zero