![]() It ranked #277 on the November 2020 Top500 () list of world-wide supercomputers. Phoenix – The Phoenix cluster is the largest computational resource in PACE.PACE also provides student access and regular entry level to advanced level training for anyone interested. Partial solutions to practice problems are here.The Partnership for an Advanced Computing Environment (PACE) serves the Georgia Tech community with a sustainable, leading-edge high performance computing environment.Īll academic and research faculty participating in PACE are automatically granted 1TB of project storage and a number of credits equivalent to 10,000 CPU-hours (per month) on a 192GB compute node. ![]() Practice Problems for the Final Exam are here. Practice Problems: Practice Problems for the Midterm Exam are here. You may wish to consult other problems and solutions. Homework 8: Do Widgets International and Donna's Trees problems from here. You may investigate how to not do it by hand. Extra Credit: If the problem has feasible origin, solve it using the simplex method. For Part 2, ignore instructions about tableau form (we did not use it yet). : The solution and dual solution from Excel Solver or Matlab. : the Excel spread sheet file for your model or Matlab printout of commands used to solve the problem of your choice. : your LP model for Exercise 3 typed up in Word or some other editor (mathematicians like LaTeX but there is a steep learning curve). : your LP model for Exercise 2typed up in Word or some other editor (mathematicians like LaTeX but there is a steep learning curve). Solve Exercises 2 and 3.ġ) Write down LP formulation for both problems.Ģ) Solve one of the problems using either Excel Solver or Matlab. Part 2: Read tutorial on transportation problems here. In particular, your discussion should address any sensitivity in the range boundaries, reduced costs, and/or shadow prices. 6: Your discussion of the sensitivity report as presented to a client. : The solution and the sensitivity report from Excel Solver or Matlab. : the Excel spread sheet file for your model or Matlab printout of commands and output used to solve the problem. : your LP model typed up in Word or some other editor (mathematicians like LaTeX but there is a steep learning curve). : the problem statement appearing on the modeling webpage. The report for this part of the project should be put together as follows: The guide to installing Excel Solver is here. However, it is easier to generate the sensitivity report in Excel. ![]() You can use linprog to solve linear problems in Matlab. Matlab is the standard language used in many optimization applications and it has many powerful solvers and packages. In particular, your report should comment on the robustness of the solution indicating the most sensitive elements of the model. This report should be accompanied by the solution to the LP, the solution to the dual, and the full sensitivity report. Formulate either as a linear program.Ģ) Use either Excel Solver or Matlab to solve the linear program and create a sensitivity report.ģ) Write a brief report commenting on the nature of the solution. The project is due on April 20th at the beginning of class.ġ) Take Model 11 or 20 from here. The syllabus for the course is here.Ĭomputational Project: This is an independent project. The calendar will be updated during the term. Office Hours: Monday 2-3PM, Tuesday 3:30-4:30PM, Thursday 10-11AM in Skiles 208A.Ĭourse Policies and Grading: All information concerning grading, homework, quizzes and exams is in the course policies page.Ĭalendar and Syllabus: Important dates and lecture schedule are in the course calendar. Online Resources: Course notes by Jim Burke at University of Washington. Instructor: Greg Blekherman, email: Linear Programming by V. Linear Programming - Spring 2017 - Skiles 270, Tue, Th 1:30-3PM
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