Robots Mobiles Husarion : Présentation et comparaison des différentes plateformes compatibles ROS

Husarion Mobile Robots: Overview and comparison of their ROS-compatible autonomous mobile robots

Robotics are becoming an increasingly familiar feature in our daily lives, offering innovative solutions for a wide range of applications. Mobile robots, in particular, are drawing a great deal of interest in sectors such as logistics, manufacturing, research or education. In this respect, Robotic Operating System (ROS)-compatible autonomous robots play a key part in their[…]
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LiDAR Ouster : Une Technologie Clé pour l'Avancement des Véhicules Autonomes

The Anatomy of an Autonomous Vehicle: A Simplified Overview

This blog post provides a brief rundown of the current landscape of autonomous vehicle architecture. It is largely based on an article written by Tom Grey, Director of Product Marketing at Ouster. To start off, here’s some introductory information for those who might be unfamiliar with autonomous vehicles. The five-step path to fully autonomous vehicles[…]
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Guide de démarrage rapide du TurtleBot 4

Quick start guide for TurtleBot 4 mobile robot

Based on ROS (Robot Operating System), the TurtleBot4 is a powerful and multi-purpose robotics platform for research, development and teaching. Whether you’re a student, a researcher or a teacher, this blog post will guide you through the process of getting your TurtleBot4 up and running quickly! TB4 Standard versus TB4 Lite: what are the key[…]
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Ouster vs Robosense : quelle marque de LiDAR 3D choisir ?

Ouster vs RoboSense: which brand of 3D LiDAR to choose?

LiDARs (Light Detection and Ranging) are optical sensors used to measure the distance and location of any object in its environment. Ouster LiDARs and RoboSense LiDARs are among the most advanced on the market. These high-resolution 3D sensors are mainly used for autonomous applications such as robotics, autonomous driving and mapping. Are you wondering which[…]
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Intégration de 4 robots mobiles omnidirectionnels avec des bras collaboratifs sur colonne télescopique pour l’université de Fribourg

Integration of 4 cobots setup on a telescopic column, mounted on omnidirectional mobile robots

CASE STUDY Integration of 4 cobots setup on a telescopic column, mounted on omnidirectional mobile robots Generation Robots provided four mobile manipulator robots, equipped with omnidirectional platforms, telescopic columns, and robotic arms for the University of Freiburg, a renowned institution in the field of research.   This project aimed to develop robotic assistance for household[…]
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