Embedded Motion Control 2016 Group 7: Difference between revisions

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The project is dived in two parts: the corridor challenge and the maze challenge.
The project is dived in two parts: the corridor challenge and the maze challenge.
For the corridor challenge the goal is to take the �rst exit.  For this corridor
For the corridor challenge the goal is to take the first exit.  For this corridor
challenge a number of requirements have to be met for an arbitrary corridor:
challenge a number of requirements have to be met for an arbitrary corridor:


== '''Requirements''' ==
== '''Requirements''' ==
:*Reach exit as fast as possible.
:*Be able to recognize walls.
:*Don't hit the walls.
:*Be able to recognize and take the first intersection.
:*Be able to rotate and translate.
:*Be able to recognize maze exit.
:*Stop when exit is reached.
These requirements can be rewritten to specifications:
== '''Specifications''' ==
:*Reach end within 1 minute.
:*Recognition walls and intersection.
:**Objects in straight line (with variation under 5 cm) are considered walls.
:**Opening of at least 0.5 m is an intersection.
:*Don not hit walls.
:**Distance to walls at least 10 cm.
:*Be able to drive.
:**Drive in direction of point (updated 30 times a second).
:**Maximal 0.5 m/s during straight line.

Revision as of 15:54, 2 May 2016

Group Members

ID-Number Name E-mail
0816253 Emile van Halsema e dot v dot halsema at student dot tue dot nl
0805999 Nard Strijbosch n dot w dot a dot strijbosch at student dot tue dot nl
0816608 Raymond Kerstens r dot j dot c dot m dot kerstens at student dot tue dot nl
0814199 Frank Heck f dot j dot m dot heck at student dot tue dot nl
0816361 Ids van den Meijdenberg j dot w dot a dot v dot d dot meijdenberg at student do tue dot nl


Initial Design Embedded Motion Control Group 7

The project is dived in two parts: the corridor challenge and the maze challenge. For the corridor challenge the goal is to take the first exit. For this corridor challenge a number of requirements have to be met for an arbitrary corridor:

Requirements

  • Reach exit as fast as possible.
  • Be able to recognize walls.
  • Don't hit the walls.
  • Be able to recognize and take the first intersection.
  • Be able to rotate and translate.
  • Be able to recognize maze exit.
  • Stop when exit is reached.

These requirements can be rewritten to specifications:

Specifications

  • Reach end within 1 minute.
  • Recognition walls and intersection.
    • Objects in straight line (with variation under 5 cm) are considered walls.
    • Opening of at least 0.5 m is an intersection.
  • Don not hit walls.
    • Distance to walls at least 10 cm.
  • Be able to drive.
    • Drive in direction of point (updated 30 times a second).
    • Maximal 0.5 m/s during straight line.