UV - LARM
  • Introduction
  • Tuto. 01 - Kick-Off
    • Starting with ROS
    • Move the Robot
    • Simulation
    • ROS Package
    • Range Sensor
    • Camera Driver
  • Tuto. 02 - Level-up
    • Node with Class
    • S.L.A.M
    • Move To
    • Vision
  • Challenge
    • Kick-off
    • Challenge 1
    • Challenge 2
  • Appendix
    • F.A.Q
    • Robot: Tbot
  • UV Projet
    • Introduction
    • Different’s Robots
    • Decision Making
    • Percive and Model
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  • This support
  • Challenge
  • Going further
  • Contact

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Introduction

NextStarting with ROS

Last updated 1 year ago

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Here a lecture on software and architecture for mobile robots at the engineering school.

This lecture is an introduction on how to develop a modular control and supervision software for a mobile platform. The notions are illustrated with tutorials based on Linux/ and robot.

Introduction -

This support

This support is stored on shared thanks to .

  • On gitbook:

  • On GitHub:

Challenge

The evaluation mainly consists in the realization of an application involving specific challenges:

  • Autonomous Control of an AGV (Automated Guided Vehicle)

  • Mapping and Localization

  • Research and recognition of an object

Going further

Most of the content and supports for learning robotics architecture are already shared on the internet. We try to orient the students through project realizations rather than to provide an exhaustive definition of concepts and implementations. This course relies on the middleware for practical sessions, the ROS doc tutorials and ros-packages' descriptions: .

Contact

For comments, questions, corrections, feel free to contact:

You also can find an excellent virtual working environment and resources on .

(coordinator, but not the only author here).

IMT-Nord
ROS
Kobuki/Turtlebot2
pdf version
github
gitbook
https://ceri-num.gitbook.io/uv-larm/
https://github.com/ceri-num/uv-larm
ROS
docs.ros.org
TheConstruct
Guillaume Lozenguez