Learning Objectives Module9

Learning Objectives Module9 - transshipment model 10 Be...

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Module 9: Applications of Network Models Learning Objectives 1. Be able to identify the special features of the transportation problem. 2. Become familiar with the types of problems that can be solved by applying a transportation model. 3. Be able to develop network and linear programming models of the transportation problem. 4. Know how to handle the cases of (1) unequal supply and demand, (2) unacceptable routes, and (3) maximization objective for a transportation problem. 5. Be able to identify the special features of the assignment problem. 6. Become familiar with the types of problems that can be solved by applying an assignment model. 7. Be able to develop network and linear programming models of the assignment problem. 8. Be familiar with the special features of the transshipment problem. 9. Become familiar with the types of problems that can be solved by applying a
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Unformatted text preview: transshipment model. 10 Be able to develop network and linear programming models of the transshipment problem. 11. Know the basic characteristics of the shortest route problem. 12. Be able to develop a linear programming model and solve the shortest route problem. 13. Know the basic characteristics of the maximal flow problem. 14. Be able to develop a linear programming model and solve the maximal flow problem. 15. Know how to structure and solve a production and inventory problem as a transshipment problem. 16. Understand the following terms: network flow problem capacitated transshipment problem transportation problem shortest route origin maximal flow destination source node capacitated transportation problem sink node assignment problem arc flow capacities transshipment problem...
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