http://hdl.handle.net/10397/110567
Autonomous Robot Platform
The autonomous robot platform (3 QDrones, 3 QCars and 1 QArm) is used to support multi-vehicles control for teaching and the research topics such as dynamic modelling and control of unmanned tools, Motion planning, Collaborative control, Machine Vision & Machine Learning, Multiple information fusion, Autonomous control, Visual SLAM Sensor Network & Unmanned driving.
Self-driving software and ground control station
QDrone (3 sets)
- Onboard computer: NVIDIA Jetson Xavier NX
- Max payload: ~300g
- Depth sensing: 3-4m
QCars (3 sets)
- Onboard computer: NVIDIA Jetson TX2
- Sensing method: LIDAR; 360 2D CSI cameras, 9 axis IMU sensor (gyro, accelarometer, magnetometer)
QArm (1 set)
- Payload: 350-750g
- Repeatability: ±0.05mm
- Minimum and maximum joint range: Base (±170°); Shoulder (±85°); Elbow (-95°/+75°); Wrist (±160°)
- Maximum joint speed: ±90°/s
- Industrial Centre
- Equipment
- Robot
- Robots
- Intelligent control systems
- Autonomous robot platform
- Quanser
- Qdrone
- Qarm
- Qcar
- Quanser
- QUANSER GCS SELF DRIVING RESEARCH STUDIO CONTROL GROUND STATION, 3 QDrones, 3 QCars & 1 Qarm
- Available for PolyU staff and students
- PolyU students, faculty and staff
- Require approval & need to book through some procedure.
- No
W402e-Z15
- IC2105 Engineering Communication and Fundamentals (TM0512 Mechatronics Practice for Engineers)
- IC383 Integrated Aviation Systems Project (TM5022 Logistics Automation Project)
- MM1031 Introduction to Innovation and Entrepreneurship
- COMP1004 Introduction to Artificial Intelligence and Data Analytics
- SEHH2368 Computer and Engineering Fundamentals (TM0513)
- SEHH2371 Aircraft Hardware and Fabrication (Automation)
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