Search this site
Embedded Files
RIC LAB
  • About
  • Members
    • Master
    • 2025 - K21
    • 2024 - K20
    • 2023 - K19
    • 2022 - K18
    • 2021 - K17
  • Project
    • National Level Project
    • Province Level Project
    • University Level Project
    • Student Level Project
  • Publications
  • Contact
RIC LAB
  • About
  • Members
    • Master
    • 2025 - K21
    • 2024 - K20
    • 2023 - K19
    • 2022 - K18
    • 2021 - K17
  • Project
    • National Level Project
    • Province Level Project
    • University Level Project
    • Student Level Project
  • Publications
  • Contact
  • More
    • About
    • Members
      • Master
      • 2025 - K21
      • 2024 - K20
      • 2023 - K19
      • 2022 - K18
      • 2021 - K17
    • Project
      • National Level Project
      • Province Level Project
      • University Level Project
      • Student Level Project
    • Publications
    • Contact

Design a model and a balance controller for a Wheel-legged Robot with variable height. 

Abstract

In this project, a two-wheeled legged robot has been developed with the integration of an advanced controller to balance the robot when it changes height. A printed circuit board has been built to control both the balance and movement to a position. Wireless communication is used to collect control data for evaluating and observing the quality of the system. Simulation and experimental results have demonstrated the effectiveness of the developing system for transportation and load-carrying

Keywords

Dynamics, Nonlinear Control, Balance Control, Wheel-Legged Robot, Wheeled Bipedal Robot

Members

  • Nguyen Minh Hoang

  • Nguyen Huu Loc

POSTER

Copyright @ 2017 Robotics and Intelligent Control LAB
Google Sites
Report abuse
Page details
Page updated
Google Sites
Report abuse