The Design, Modeling, Control and Promotion of a Three Dimensional Cubic Shape Flywheel Inverted Pendulum and Its One Dimensional Prototype
2pm
Room 2304 (Lifts 17-18), 2/F Academic Building, HKUST

Thesis Examination Committee

Prof Shaojie SHEN, ECE/HKUST (Chairperson)
Prof Zexiang LI, ECE/HKUST (Thesis Supervisor)
Prof Fu ZHANG, ECE/HKUST

 

Abstract

Inverted pendulum is one of the most popular electromechanical and control systems for teaching and researching. Based on the structure and principle of the traditional inverted pendulum, this thesis introduces the new design and implementation of a three dimensional cubic shape flywheel inverted pendulum which is called iCube. The iCube consists of triple suites of flywheel, motor and electronic speed controller (ESC) for attitude control. It can balance itself on its edges and corners. For developing the hardware design and software algorithm, a one dimensional flywheel inverted pendulum is designed and implemented, which is the prototype of the iCube. This thesis presents the structure design, modeling and control algorithm of the one dimensional prototype and iCube.

When
Time
2pm
Where
Room 2304 (Lifts 17-18), 2/F Academic Building, HKUST
Event Format
Speakers / Performers:
Haoran XU
Language
English
Organizer
Department of Electronic & Computer Engineering
Post an event
Campus organizations are invited to add their events to the calendar.