Embedded Motion Control 2014 Group 12
Introduction
Namen, wie we zijn, wat we doen, email adressen
Members of group 12
Groupmembers (email all) | ||
Name: | Student id: | Email: |
Anthom van Rijn | 0737682 | e-mail Anthom |
Jan Donkers | 0724801 | e-mail Jan |
Jeroen Willems | 0755833 | e-mail Jeroen |
Karel Drenth | 0863408 | e-mail Karel |
Corridor Challange
The goal of the corridor challange is to make pico drive autonomously trhough a corridor, recognize succesfully a T-junction and have him/her take this corner.
Planning
Week 1
- Lecture
Week 2
- C++ tutorials
- ROS tutorials
- SVN tutorials
- Run the first test on pico (safe_drive.cpp) to get some hands-on experience.
Week 3
- Start the actual coding, based on the safe_drive.cpp file. Paying special attention to robustness and exceptions.
- Have pico recognize situations (corridor, corner, t-junction,dead-end, etc.) and act accordingly
- Have the script succesfully run in simulation
Week 4
- Fine tuning of script
- Corridor Competition
Final Design
Changelog
Experiments
- 09-05-2013
Tested the provided safe_drive file, making small alteration to see the effects on Pico. Tested how hard constrains are handeld and some different safety protocols.
- 15-05-2013
Tried, and failed, to run corridor_challange_v2 due to numerous bugs in the script. Received help from tutor regarding the basics of the pico system, as well as tips and tricks regarding Qt creator, building/making files in C++ and running simulations. Information was used to create a "how to start: Pico" tutorial. Remainder of time spent on bugfixing.
Final result
We became first in the slow catogory.
Maze Challange
Test1
Planning
Changelog
Experiments
Final Design
Final result
We became first in the slow catogory.