Embedded Motion Control 2012 Group 7: Difference between revisions
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==Program structure== | ==Program structure== | ||
[[File:Programstructure.png|thumb|none|600px]]<br> | [[File:Programstructure.png|thumb|none|600px]]<br> | ||
The scheme above shows the first proposal of the components of which the final program will consist. A more detailed overview will be published in the coming days or week(s). | The scheme above shows the first proposal of the components of which the final program will consist. A more detailed overview will be published in the coming days or week(s). The components in grey are considered to be not very important in order to succesfully complete the corridor competition. However, these components are necessary for a succesful completion of the final competiotion. | ||
==Jazz's Blog== | ==Jazz's Blog== | ||
Revision as of 18:25, 8 May 2012
Group Info
| Group Members - | email (at student.tue.nl) | Sofware status |
| Siddhi Imming | s.imming | All software installed |
| Bart Moris | b.moris | All software installed |
| Roger Pouls | r.c.e.pouls | All software installed |
| Patrick Vaes | p.r.m.p.vaes | All software installed |
Tutor
Rob Janssen - R dot J dot M dot Janssen at tue dot nl
Planning
| General | Weekly meetings with group on Tuesday, Wednesday and Thursday. At least a weekly update of the wiki. Tasks are divided weekly. |
| Week 3 (7 may) | Write code to create a 2D map from the laser data. Write code for position control. Read chapter 9 from the book. |
| Week 4 (14 may) | Write code for the navigation for the corridor competition. Make sure the Jazz does not bump in to walls. |
| Week 5 (21 may) | Write code for the navigation for the corridor competition. Make sure the Jazz recognizes exits. Prepare the lecture. |
| Week 6 (28 may) | Give the lecture. Finish and test the navigation for the corridor competition. Make sure Jazz takes the first exit. |
| Week 7 (4 jun) | Corridor competition. Write code for image recognition. Make sure arrows and their pointing direction are recognized. Discuss and choose a strategy for solving the maze. Start implementing the strategy into the navigation code. |
| Week 8 (11 jun) | Continue implementing the strategy into the navigation code. |
| Week 9 (18 jun) | Finish implementing the strategy into the navigation code. |
| Week 10/11 (25 jun / 2 jul) | Final competition. |
Progress
Week 1 + 2
| Ubuntu installation | Eclipse installation | Jazz Simulator installation | C++ tutorial | ROS tutorial | |
| Siddhi Imming | Done | Done | Done | Done | Until Using rosed to edit files in ROS |
| Bart Moris | Done | Done | Done | Done | Started |
| Roger Pouls | Done | Done | To do | Done | Started |
Program structure
The scheme above shows the first proposal of the components of which the final program will consist. A more detailed overview will be published in the coming days or week(s). The components in grey are considered to be not very important in order to succesfully complete the corridor competition. However, these components are necessary for a succesful completion of the final competiotion.
Jazz's Blog
8-5-2012 - Learning how to make a map
Today, I have been busy with learning how I can produce a 2D map of the data I receive from all my sensors. I hope to succeed in making a map before the end of this week.