Analysts and business decision makers seeking competency in the area of quantitative management
Prerequisites
A general understanding of information systems and management principles, along with a grounding in calculus and algebra
Course Aim
To show how to use linear programming for network modelling in order to solve a range of network problems
Learning Objectives
Explain network modeling. Formulate an LP model for a generalized network flow problem. Interpret the LINDO and spreadsheet solutions. Formulate an LP model for a shortest path problem. Show the spreadsheet formulation for the model. Formulate an LP model for an assignment problem.
Topics Covered
Network Flow Problems - Introduction to network modeling - General and LINDO formulation - Spreadsheet formulation - Solutions and interpretation Shortest Path Problem - General and LINDO formulation - Spreadsheet formulation - Solutions and interpretation Assignment Problem - General and LINDO formulation - Spreadsheet formulation - Solutions and interpretation - Variations Maximal Flow Problem - General and LINDO formulation - Spreadsheet formulation - Solutions and interpretation Transshipment - Model characteristics - Hands-on: Formulating a problem - Hands-on: Spreadsheet formulation - Hands-on: Interpreting a solution
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