| ASSIGNMENTS |
|---|
| Homework 1 (PDF) |
| Homework 2 (PDF) |
| Homework 3 (PDF) |
| Homework 4 (PDF) |
| Homework 5 (PDF) |
| Homework 6 (PDF) |
| Homework 7 (PDF) |
| LABS | RESOURCES |
|---|---|
| Lab 1 (PDF) | |
| Lab 2 (PDF) |
Competition (PDF) Appendix (PDF) |
16.31 Project
As part of the course requirements, students enrolled in 16.31 (graduate) must do a project on a topic of their choosing. The purpose of this project is to enhance your understanding of the course material on a specific topic, through either exploration of the controls literature or application to a real-world system.
Students enrolled in 16.30 (undergraduate) are not required to complete a project.
Project Options
Your choice of project topic should fall into one of the following four categories:
- Read and summarize two recent papers of interest, on topics related to the course material.
- Use techniques developed in the class to design a controller for a system related to your thesis research.
- Design and implement a MIMO state-space controller on the Quansers. (Note: In the past, this has proven to be quite intensive, so working with a partner is suggested.) Some LabVIEW coding will be necessary. Most likely, you will be asked to code within a “black box”, for which the inputs are the desired roll/pitch/travel and actual roll/pitch/travel, and the outputs are the unsaturated Quanser motor voltages. We will provide a library of some useful LabVIEW functions.
- An idea of your own, preferably related to your research to maximize the utility of this activity.
