Loomo Project

Robot Vision Exploration Project

This year, we achieved 3D real-time reconstruction in real situations, as well as multi-dimensional scene understanding using a scene graph and 3D semantic segmentation. A distributed, decentralized, and scalable module communication framework between the robot (i.e., Loomo) and functional modules (e.g., 3D Reconstruction, Scene Graph, etc.) has been built. We also implemented the function of dynamic display and analysis of each module’s results with the front end of the web page.

This is now an ongoing robot project named Robot Vision Exploration Project, where I am the designer and maintainer of the customized communication framework that transfers data between the robot (e.g., LoCoBot or Loomo) and functional modules (e.g., 3D Reconstruction, Scene Graph, etc.) based on ROS. In this project, I learned practical robotic tools like PyRobot to control the robots, front-end/back-end web technology to build a demonstration website, and the ability to self-study and quickly assume responsibility in teamwork.

Fengyuan Yang
Fengyuan Yang
PhD. student in Computer Science

My research interests encompass the field of Computer Vision, with a particular emphasis on Human Pose Estimation in the world coordinate during my Ph.D. Previously, during my Master’s studies, I explored the incorporation of semantic knowledge in Few-Shot Learning.

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