Mobile Robot Control 2023 Rosey: Difference between revisions

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(Added first few wiki entries)
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We have formed a group of 6 and would like to hereby claim Rosey.
Welcome to the group page of team Rosey!
 
"dear team Rosey, your request is hereby accepted. You may contact your tutor Ruben Beumer to get started."
 
-Peter van Dooren


===Group members===
===Group members===
{| class="wikitable"
{| class="wikitable"
|+Caption
|+Group members of team Rosey
!Name!!student ID
!Name!!Student ID
|-
|-
|Eline Wisse||1335162
|Eline Wisse||1335162
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===Midterm presentation===
===Midterm presentation===
[[File:Midterm presentation Rosey.pdf|thumb|Midterm Presentation]]
<br />[[File:Midterm presentation Rosey.pdf|thumb|Midterm Presentation]]
<br />
<br />
=== Current state diagram ===
=== File structure ===
=== Work division ===
We identified three 'major parts' of the assignment. These are the localisation, the global and local navigation of the robot. We additionally saw use for an overseeing role, which should ensure that the interfaces between the functions are clear. The work is divided as follows:
* Marijn : System architecture & overview
* Tom : Global navigation (A*)
* Eline & Rainier : Local navigation (potential fields + open space)
* Lowe & Lotte : Localisation

Revision as of 10:07, 16 June 2023

Welcome to the group page of team Rosey!

Group members

Group members of team Rosey
Name Student ID
Eline Wisse 1335162
Lotte Rassaerts 1330004
Marijn Minkenberg 1357751
Rainier Heijne 1227575
Tom Minten 1372300
Lowe Blom 1266020

Midterm presentation


File:Midterm presentation Rosey.pdf



Current state diagram

File structure

Work division

We identified three 'major parts' of the assignment. These are the localisation, the global and local navigation of the robot. We additionally saw use for an overseeing role, which should ensure that the interfaces between the functions are clear. The work is divided as follows:

  • Marijn : System architecture & overview
  • Tom : Global navigation (A*)
  • Eline & Rainier : Local navigation (potential fields + open space)
  • Lowe & Lotte : Localisation