TAS LAB Trustworthy AI and Autonomous Systems Laboratory

🔒 Safety-certifiable Multi-Sensor Fusion for Robotic Navigation in Urban Scenes

Safety-certifiable AI for autonomous navigation, AI-enabled multi-sensor fusion (LiDAR/Camera/IMU/GNSS), integrity monitoring and navigation-control joint optimization. Our research focuses on developing fusion algorithms that not only achieve high accuracy but also provide safety guarantees and integrity monitoring for safety-critical autonomous systems.

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Projects (3)

Safety-certified Multi-source Fusion Positioning for Autonomous Vehicles in Complex Scenarios

Innovation and Technology Commission

AI assisted inertial navigation system
AI assisted inertial navigation system

This project aims to develop a deep learning-based inertial navigation algorithm that utilizes accelerometer, gyroscope, and magnetometer data from smart wearables and smartphones to infer the user’s position and movement trajectory, while providing corresponding confidence levels

Development of an Assisted Navigation and Collision Avoidance System using AI and Location-based Service
Development of an Assisted Navigation and Collision Avoidance System using AI and Location-based Service

Abstract