An example of using the aeropendulum with Real Time Windows Target in Control System Design Course.
| Date | Contributor | Description | Rating |
|---|---|---|---|
| 1 Feb 2013 | MathWorks Classroom Resources Team | 5 |
| Tag | Applied By | Date/Time |
|---|---|---|
| course materials | MathWorks Classroom Resources Team | 1 Feb 2013 at 4:05pm |
| downloadable code or models | MathWorks Classroom Resources Team | 1 Feb 2013 at 4:05pm |
| mechatronics | MathWorks Classroom Resources Team | 1 Feb 2013 at 4:05pm |
| electrical engineering | MathWorks Classroom Resources Team | 1 Feb 2013 at 4:05pm |
| mechanical engineering | MathWorks Classroom Resources Team | 1 Feb 2013 at 4:05pm |
| simulink | MathWorks Classroom Resources Team | 1 Feb 2013 at 3:59pm |
| real time windows target | MathWorks Classroom Resources Team | 1 Feb 2013 at 3:59pm |
| modeling | MathWorks Classroom Resources Team | 1 Feb 2013 at 3:59pm |
| control design | MathWorks Classroom Resources Team | 1 Feb 2013 at 3:59pm |
| aeropendulum | MathWorks Classroom Resources Team | 1 Feb 2013 at 3:59pm |
| aeropendulum | Eniko | 25 Nov 2011 at 3:54pm |
| real time windows target | Eniko | 25 Nov 2011 at 3:54pm |
| modeling | Eniko | 25 Nov 2011 at 3:54pm |
| instrument driver | Eniko | 25 Nov 2011 at 3:54pm |
| aerospace | Eniko | 25 Nov 2011 at 3:54pm |
| measurement | Eniko | 25 Nov 2011 at 3:54pm |
| simulink | Eniko | 25 Nov 2011 at 3:54pm |
| control design | Eniko | 25 Nov 2011 at 3:54pm |
| system identification | Eniko | 25 Nov 2011 at 3:54pm |