Embedded Motion Control 2015 Group 5: Difference between revisions
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===Main=== | ===Main=== | ||
=Tasks= | ===Tasks=== | ||
=Skills= | =Skills= | ||
Revision as of 12:31, 13 May 2015
Group Members
| Name: | Student id: |
| Bart van Willigen | 0770142 |
| Joost Peters | 0747630 |
| Robin Loose | 0771575 |
| Koen Bos | 0763939 |
| Joost Franssen | 0824821 |
| Lotte de Koning | 0655209 |
| Marjon 't Klooster | 0819200 |
Corridor challenge
Main
Tasks
Skills
Functions
Components
Specifications
Interfaces
After a first succesful brainstorm, the first draft of the system interface is determined. In this schematic the different contexts are presented. The goal to solve the maze is monitored by the Task monitor. Based on the observed environment and the maze solving algorithm, a set of skills is selected. Task control feedforward is used when no deterministic choice can be made. These skills are based on the robot's basic functions.
Corridor Challenge
Aligning and centering the robot
In order to center the robot, two laser bundles perpendicular to the robot's driving direction are used to determine the distance to the wall on the left and right side of the robot. Based on the difference between these distances, a lateral velocity is send to the robot, using a proportional controller. This controller drives the robot to the middle of the corridor. To align the robot along the corridor, three laser bundles are used. One laser bundle measures the distance to the wall perpendicular to the driving direction, and two bundles around the perpendicular bundle measure the distance to the wall. When the perpendicular bundle does not measure the smallest distance, a rotational velocity, based on the differences between the other bundles, is sent to the robot.