Empirical assessment and comparison of neuro-evolutionary methods for the automatic off-line design of robot swarms | Nature Communications
SwarmCom: an infra-red-based mobile ad-hoc network for severely constrained robots | Autonomous Robots
Robotics Lab - SPECS-lab
GitHub - albertbrucelee/webots-e-puck_robot-tutorial: Tutorial for developing robot, implement on e-puck robot, simulated on Webots simulator
E-Puck Open Source Hardware - Robotics India Live
Webots documentation: GCTronic' e-puck
e-puck 2 – Rahal Technology
Improving support for e-puck robot in Webots mobile robots simulation software | Semantic Scholar
e-puck education robot - Make:
Vision based Object Recognition of E-Puck Mobile Robot for Warehouse Application | Semantic Scholar
GCtronic
e-puck 2 – Rahal Technology
Pi-puck — Pi-puck documentation
Pi-Puck Extension for e-puck 2
DISAL's Contributions to the Design and Development of the e-puck Robot ‒ DISAL ‐ EPFL
e-puck 2 – Rahal Technology
E-puck mobile robot - Wikipedia
GCtronic - European Robotics Startups and Small and Medium-sized Enterprises
E-Puck - The Ultimate Tool to Teach Embedded Robotics! - LEARN
AAI Canada, Inc. - Intelligent Robots - e-puck
Webots documentation: GCTronic' e-puck
E-puck mobile robot Webots Differential wheeled robot, robot, electronics, addition, webots png | PNGWing
