This course focuses on formulating and solving mathematical optimization models using the OPTMODEL procedure, from inputting data to interpreting output and generating reports. The course covers linear, integer, mixed integer, and nonlinear programming problems, with an emphasis on model formulation and construction.

• formulate and solve linear programming problems using the OPTMODEL procedure
• solve integer and mixed integer programming problems using the OPTMODEL procedure
• solve nonlinear programming problems using the OPTMODEL procedure.

Who should attend

Formats available	Standard duration
Classroom:	3.0 days
Live Web Classroom:	6 half-day session(s)	System Requirements

Before attending this course, you should

• have completed an undergraduate course in operations research that includes linear programming or have recent experience using linear programming or be comfortable with matrix algebra
• be able to execute SAS programs and create SAS data sets. You can gain this experience by completing the SAS Programming 1: Essentials course.

This course addresses Base SAS, SAS/GRAPH, SAS/OR, SAS/STAT software.

• introduction
• a simple example
• the OPTMODEL procedure

• introduction to linear programming
• formulating and solving linear programming problems using the OPTMODEL procedure
• reading data from SAS data sets
• writing output from the OPTMODEL procedure
• dual values, reduced costs, and pricing in the simplex method

• basic control flow and operators in the OPTMODEL procedure
• model updates in the OPTMODEL procedure
• network flow models

• introduction to integer and mixed integer linear programming
• solving integer and mixed integer programming problems using the OPTMODEL procedure
• modeling using binary variables
• mixed integer linear programming solver options (self-study)

• introduction to nonlinear programming
• solving nonlinear programming problems using the OPTMODEL procedure
• nonlinear optimization methods in the OPTMODEL procedure