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moduel 1 Linear Programming: Algorithm optimizationcity 6
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moduel 1 Linear Programming: Algorithm optimizationcity 5
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moduel 1 dual model and duality theory method optimizationcity 1
moduel 1 parametric linear programming sensitivity analysis method optimizationcity 1
moduel 1 parametric linear programming sensitivity analysis method optimizationcity 1
linear programming module optimizationcity
moduel 1 Linear Programming: Algorithm optimizationcity 6
moduel 1 Linear Programming: Algorithm optimizationcity 1
moduel 1 Linear Programming: Algorithm optimizationcity 2
moduel 1 Linear Programming: Algorithm optimizationcity 3
moduel 1 Linear Programming: Algorithm optimizationcity 4
moduel 1 Linear Programming: Algorithm optimizationcity 5
moduel 1 simplex method optimizationcity 1
moduel 1 simplex method optimizationcity 5
moduel 1 simplex method optimizationcity 4
moduel 1 simplex method optimizationcity 3
moduel 1 dual model and duality theory method optimizationcity 6
moduel 1 dual model and duality theory method optimizationcity 5
moduel 1 dual model and duality theory method optimizationcity 4
moduel 1 dual model and duality theory method optimizationcity 3
moduel 1 dual model and duality theory method optimizationcity 2
moduel 1 dual model and duality theory method optimizationcity 1
moduel 1 parametric linear programming sensitivity analysis method optimizationcity 1
moduel 1 parametric linear programming sensitivity analysis method optimizationcity 1

Linear Programming Module: Models and Solution Algorithm

15 €

In linear programming module, you’ll learn the basics of linear programming and how to model the real case problem in the form of linear programming model. You’ll study different methods like the prime simplex method and dual simplex method to find the best solutions. You’ll also explore sensitivity analysis, which helps you understand how changes in the problem affect the solutions. Additionally, you’ll discover how to analyze the effects of changing parameters on the optimal solution using linear parametric modeling.

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Preview video of this course

Our learning course includes
  • 4 hours of high-quality video content
  • 4 sets of PDF course notes for easy reference
  • 4 sets of PDF course slides for visual learning
  • Downloadable materials for enhanced understanding
What you’ll learn
  • Modeling Linear Programming Theory: You’ll learn the basics of formulating real-world problems into linear programming models.
  • Prime Simplex Method: You’ll study an algorithm used to solve linear programming problems efficiently.
  • Dual Linear Programming: You’ll explore the concept of duality and learn how to formulate the dual problem corresponding to a primal problem.
  • Dual Simplex Method: You’ll learn an algorithm used to solve the dual linear programming problem effectively.
  • Sensitivity Analysis: You’ll discover how to assess the impact of changes in input parameters on the optimal solution.
  • Linear Parametric Modeling: You’ll analyze the effects of parameter changes on the optimal solution and related quantities.
Table of contents
  • Course 1: Modeling Linear Programming
  • Course 2 : Primal simplex method
  • Course 3 : Duality Theory and Dual Simplex Method
  • Course 4 : Parametric linear programming
Preview Pdf of this course

To access the concise PDF version of this course, please click here.

last update: 10/2024
continuously update
Language: English
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With engaging videos, concise notes, visual slides, and supplementary materials, this course provides a comprehensive and effective learning experience.

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