Yue Zhou is an associate professor at Shanghai Jiao Tong University and the Med-X Institute with a decade of experience at the intersection of biomedical research and computational methods. Trained as a PhD in Biochemistry & Bioinformatics, she leads retinal injury and repair projects using biomaterials and neurotrophic strategies while teaching cell biology. Complementing her lab work, she is an active open-source contributor to OpenMMLab projects (mmcv, mmrotate, mmdetection), where she implemented high-performance CUDA kernels and core rotated-object-detection features—bringing GPU-optimized computer vision expertise into biomedical contexts. Her profile uniquely blends wet-lab neuroscience, bioinformatics, and hands-on systems-level ML engineering, enabling translational research that leverages scalable code and efficient model training.
10 years of coding experience
BS, Microbiology, BS, Microbiology at Fudan University
Doctor of Philosophy (PhD), Biochemistry & Bioinformatics, Doctor of Philosophy (PhD), Biochemistry & Bioinformatics at University of Massachusetts at Lowell
OpenMMLab Rotated Object Detection Toolbox and Benchmark
Role in this project:
ML Engineer
Contributions:3 releases, 182 reviews, 93 commits in 10 months
Contributions summary:Yue primarily contributed to the core components of the mmrotate library, focusing on rotated object detection functionalities. Their commits involved significant code additions to core modules like `transforms.py` and the implementation and debugging of different bounding box representations. They also addressed evaluation bugs, added support for fp16 models, and provided a Colab tutorial.
Contributions:62 reviews, 30 commits, 31 PRs in 2 years 5 months
Contributions summary:Yue primarily contributed to bug fixes and enhancements within the codebase. Their work included addressing issues in the dense heads, specifically in the `anchor_head.py`, `atss_head.py`, and `gfl_head.py` files, and enhancing the robustness of the `analyze_logs.py` script. Furthermore, they added support for multi-machine distributed training, reflecting a focus on improving training infrastructure. They also implemented new transforms and added related dataset functionalities.
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