My research interests primarily focus on Embodied AI and Computer Vision, particularly in utilizing vision-based methods to develop intelligent robotic systems.
My ultimate aspiration is to create general-propose robots😎 that can truly understand and interact with our physical world.
(representative papers are highlighted)
We build a 3D flow prediction model directly from large-scale RGBD human video datasets.
Based on this model, we achieve stable zero-shot human-to-robot skill transfer in the real world.
A pyramid network architecture for infrared and visible image fusion.
Project
TaoClass: an AI-Driven Course Forum A course forum powered by Large Language Models (LLMs) and Vector Databases (VD). gitee
This is a project I led, and it also serves as the final assignment for the Software Engineering course at Wuhan University.
The forum utilizes AI technology to offer natural language course selection and intelligent back-end information management.
QFR: Tabular Prediction for Quantative Finance Research A tabular prediction library designed for financial stock prediction. github
This is one of the outcomes of an interesting experience, during which I worked with Prof. Jian Li on stock prediction problems.
It provide rich tools for factors extraction and results prediction.
MindQuantFinance: High-Performance Quantitative Asset Pricing Library A library for asset pricing (Q-quant) based on MindSpore gitee
This is an AI+Finance project I participated in, where we built a high-performance library for derivative pricing based on MindSpore.
It offers features such as Black-Scholes calculations, Monte Carlo simulations, and solutions to Backward SDE.
Selected Awards and Honors
2023: Lei Jun Outstanding Scholarship of Wuhan University (Highest-level Scholarship, 10/60k+, ¥100k RMB)