![]() These reports are shared with permission from the students. Example Project ReportsĮxamples of student project reports are available below. To do this, either use the "Set Path" button on the Matlab toolbar or by execute the following command on the Matlab command line: addpath(genpath('c:\path\to\unzipped\files')) Īfter installing the code, start the simulation via the GUI by executing the command "ece4320" on Matlab's command line or use the function-based interface described in the documentation.ĭocumentation for the simulation tool and course project is included in the file ece4320project_pandemic.zip and is also directly accessible here: Project Documentation. To install the simulation tool (including both Matpower and YALMIP), simply unzip ece4320project_pandemic.zip and add the associated files and folders to the Matlab path. This project uses YALMIP to formulate power flow and security-constrained unit commitment problems that serve as tools for determining generator setpoints and load shedding amounts during the simulation. YALMIP is a so-called "modeling" package that simplifies the formulation and solution of optimization problems. The simulation additionally uses another open-source Matlab package called YALMIP, which is also included with the project. The Matpower manual provides an extensive description of the functionality of this package. Matpower solves power flow and optimal power flow problems. The simulation also relies on Matpower, an open-source Matlab package that is included with the project. Both of these toolboxes are available with the Georgia Tech Matlab license. Note that Matlab's Mapping toolbox and the Optimization toolbox are required to run this tool. To avoid potential incompatibilities, install version 2019a or later. The simulation code is developed for Matlab 2019a. The simulation code and all data files are given in Matlab format in ece4320project_pandemic.zip. Students must therefore balance the need to maintain low-cost and reliable power system operation against the health risk imposed on the repair and maintenance crews. Sending crews out to maintain and repair transmission lines may result in them being quarantined after exposure to the pandemic disease, precluding their use from the remainder of the simulation. ![]() The project's goal is to provide a low-cost supply of power to the loads by carefully choosing the generator outputs and allocating crews to perform maintenance and repairs of the transmission lines. ![]() This project places students in charge of operating, maintaining, and repairing a simulated model of the Georgia power system during a pandemic. Visit our GTPE EU GDPR page for more information.Power Grid Pandemic The following data elements, if in the Georgia Tech Student Systems, are considered sensitive information and are only available to Georgia Tech employees with a business need-to-know:Īt any time, you can remove your consent to marketing emails as well as request to delete your personal data. Learner information is used only as described in our Privacy Policy. GTPE data is not sold or provided to external entities. This data is not published in Georgia Tech’s online directory system and therefore is not currently available to the general public. The following data elements are considered directory information and are collected from each participant as part of the registration and profile setup process: Participants in GTPE courses are required to complete an online profile that meets the requirements of Georgia Tech Research Security. Information collected is maintained in the Georgia Tech Student System. Relation to the DFT, DTFT, and Fourier transform.Hypothesis testing and the likelihood ratio test.Interpretation of normalized and aliased frequencies.The discrete-time Fourier transform (DTFT) and its inverse.Window effects on resolution, gain, and sidelobes. ![]() Nonperiodic waveforms: Fourier transforms.
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