OPERATIONS RES APP W/ STUDENT SOL MAN - 4th Edition - by WINSTON - ISBN 9780534662257

OPERATIONS RES APP W/ STUDENT SOL MAN
4th Edition
WINSTON
Publisher: CENGAGE L
ISBN: 9780534662257

Solutions for OPERATIONS RES APP W/ STUDENT SOL MAN

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Chapter 3.3 - Special CasesChapter 3.4 - A Diet ProblemChapter 3.5 - A Work-scheduling ProblemChapter 3.6 - A Capital Budgeting ProblemChapter 3.7 - Short-term Financial Planning‡Chapter 3.8 - Blending ProblemsChapter 3.9 - Production Process ModelsChapter 3.10 - Using Linear Programming To Solve Multiperiod Decision Problems: An Inventory ModelChapter 3.11 - Multiperiod Financial ModelsChapter 3.12 - Multiperiod Work SchedulingChapter 4 - The Simplex Algorithm And Goal ProgrammingChapter 4.1 - How To Convert An Lp To Standard FormChapter 4.4 - Why Does An Lp Have An Optimal Bfs?Chapter 4.5 - The Simplex AlgorithmChapter 4.6 - Using The Simplex Algorithm To Solve Minimization ProblemsChapter 4.7 - Alternative Optimal SolutionsChapter 4.8 - Unbounded LpsChapter 4.10 - Matrix Generators, Lingo, And Scaling Of LpsChapter 4.11 - Degeneracy And The Convergence Of The Simplex AlgorithmChapter 4.12 - The Big M MethodChapter 4.13 - The Two-phase Simplex MethodChapter 4.14 - Unrestricted-in-sign VariablesChapter 4.16 - Multiattribute Decision Making In The Absence Of Uncertainty: Goal ProgrammingChapter 4.17 - Using The Excel Solver To Solve LpsChapter 5 - Sensitivity Analysis: An Applied ApproachChapter 5.1 - A Graphical Introduction To Sensitivity AnalysisChapter 5.2 - The Computer And Sensitivity AnalysisChapter 5.3 - Managerial Use Of Shadow PricesChapter 6 - Sensitivity Analysis And DualityChapter 6.1 - A Graphical Introduction To Sensitivity AnalysisChapter 6.2 - Some Important FormulasChapter 6.3 - Sensitivity AnalysisChapter 6.4 - Sensitivity Analysis When More Than One Parameter Is Changed: The 100% RuleChapter 6.5 - Finding The Dual Of An LpChapter 6.6 - Economic Interpretation Of The Dual ProblemChapter 6.7 - The Dual Theorem And Its ConsequencesChapter 6.8 - Shadow PricesChapter 6.9 - Duality And Sensitivity AnalysisChapter 6.10 - Complementary SlacknessChapter 6.11 - The Dual Simplex MethodChapter 6.12 - Data Envelopment AnalysisChapter 7 - Transportation, Assignment, And Transshipment ProblemsChapter 7.1 - Formulating Transportation ProblemsChapter 7.2 - Finding Basic Feasible Solutions For Transportation ProblemsChapter 7.3 - The Transportation Simplex MethodChapter 7.5 - Assignment ProblemsChapter 8 - Network ModelsChapter 8.2 - Shortest-path ProblemsChapter 8.4 - Cpm And PertChapter 9 - Integer ProgrammingChapter 9.2 - Formulating Integer Programming ProblemsChapter 9.6 - Solving Combinatorial Optimization Problems By The Branch-and-bound MethodChapter 10.4 - The Dantzig-wolfe Decomposition AlgorithmChapter 11 - Nonlinear ProgrammingChapter 11.2 - Introductory ConceptsChapter 13.2 - Utility TheoryChapter 13.3 - Flaws In Expected Maximization Of Utility: Prospect Theory And Framing EffectsChapter 13.5 - Bayes’ Rule And Decision TreesChapter 14.4 - Two-person Nonconstant-sum GamesChapter 16.8 - (r, S) Periodic Review PolicyChapter 17 - Markov ChainsChapter 17.2 - What Is A Markov Chain?Chapter 17.6 - Absorbing ChainsChapter 18 - Deterministic Dynamic ProgrammingChapter 19.3 - How To Maximize The Probability Of A Favorable Event OccurringChapter 19.4 - Further Examples Of Probabilistic Dynamic Programming FormulationsChapter 20.6 - The M/m/s/gd/∞/∞ Queuing SystemChapter 20.9 - Finite Source Models: The Machine Repair ModelChapter 20.10 - Exponential Queues In Series And Open Queuing NetworksChapter 23 - Simulation With The Excel Add-in @risk

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