Projects

Collaborative localization and mapping for multi robot systems

Odometry and mapping; place recognition; global bundle adjustment

Low-cost mobile mapping system for building inspection

Use mobile devices and commodity 3D lidar for low-cost and high-precision 3D building reconstruction

Visual-inertial odometry in low-parallax scenarios with automated inertial noise identification

Real-time visual-inertial odometry robust to low parallax; Automated symbolic observability analysis and consistent optimization-based estimators; Methods for automatic IMU noise identification

Integrated navigation for the visually impaired using lidar SLAM and GNSS

Indoor point cloud mapping pipeline; real-time place recognition and localization on smartphones; motion planning and obstacle avoidance for a smart cane