Optimization Lab for Communication and Signal Processing Using MATLAB (OptiLab)

This Lab is about learning how to recognize, model and solve optimization problems. Covered topics include but are not limited to:

Reading assignments

In each session, you will receive a reading assignment (from 5 to 20 pages) for the subsequent session. At the beginning of each session, there will be a multiple choice test to check if you read and understood the material covered in the reading assignment.

1 | Preliminaries I: Linear algebra and vector analysis

You will need the following .mat files:

[channel_imp_response.mat], [single_sensor_failure.mat] and [double_sensor_failure.mat]

and the following template files (right-click, save as):

[s1p2a_template.m], [s1p2b_template.m], [s1p2c_template.m] and [s1p3_template.m]


2 | Preliminaries II: Convex optimization

You will need the Matlab function combn, which you can find at the Mathworks website:

[combn]

and the following template files (right-click, save as):

[s2p1_template.m], [s2p2c_template.m], [s2p2d_template.m] and [s2p3_template.m]


3 | Linear Programming I

You will need the following template files (right-click, save as):

[s3p1_template.m], [s3p2ab_template.m], [s3p2c_template.m], [s3p2d_template.m] , [s3p2e_template.m] , [s3p2f_template.m] , [s3p2g_template.m] and [ratetopower.m].


4 | Linear Programming II

You will need the Matlab function combn, which you can find at the Mathworks website:

[combn]

and the following template files (right-click, save as):

[s4p1c_template.m] and [s4p1fg_template.m].


5 | Quadratic Programming

You will need the following files (right-click, save as):

[s5p1a_template.m], [s5p1d1_template.m], [s5p1d2_template.m], [s5p1e_template.m] and [data_problem_1.mat].


6 | Duality

You will need the following files (right-click, save as):

[s6p1a_template.m], [s6p1d_template.m] and [s6p1_params_template.m]


7 | Approximation, vector optimization and regularization

You will need the following files (right-click, save as):

[s7p1_template.m], [s7p2_template.m], [data_robust_regression.mat], [data_l1_trend_filtering.mat] and [data_l1_discussion.mat]


Dates

Lab Dates

Location

ICT cubes (50.779159, 6.063016), Room 332

Contact

Dr.-Ing. Michael Reyer upon agreement
M.Sc. Omid Taghizadeh upon agreement
M.Sc. Vimal Radhakrishnan upon agreement

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