M.Sc. Computer Science

  RWTH Aachen University, Aachen, Germany

  Email: qiang.li@rwth-aachen.de

Guten Tag! I am currently working as an IT/OT & ML Senior Analyst at Accenture. Prior to joining Accenture, I served as an IDEA Research Grant Student in Prof. Dr. Manfred Claassen Group at ETH Zürich, where I obtained my Master's degree in Computer Science from RWTH Aachen University. I earned my bachelor's degree from HFUT with exceptional academic performance and was awarded four years of national scholarships. During my Bachelor's studies, I specialized in IoT and also founded the HFUT Robocup Lab. After completing my B.Sc., I worked as a computer vision working student at Siemens AG Aachen Gas Turbine Research Center while pursuing my Master's degree in Informatik at RWTH Aachen.

My research interests primarily revolve around Object Recognition and Segmentation, the Deployment of ML systems, Model Interpretability, Multi-Tasking and Multi-Modality.

[Feedback from Mentor at ETH Claassen Lab]

[Feedback from Mentor at PayLuft Zürich Based Fintech Startup]

[Feedback from Mentor at Sinovation Venture AI Institute]

[Feedback from Mentor at RWTH Computer Vision Group]

[Feedback & Interview from Mentor at Siemens AG Aachen Gas Turbin Research Center]

Self-supervised Learning with Temporary Exact Solutions: Linear Projection
Evrim Ozmermer, Qiang Li
Accepted by IEEE 21st International Conference on Industrial Informatics (INDIN'23), Full paper, 2023.
In this paper, we present a self-supervised learning method for training, not limited to but especially visual transformers that are able to learn meaningful representations of images and videos without requiring large amounts of labeled data. Our method is based on using exact solutions of the representations that the model generates. It is shown that the model is able to learn useful features that can be later fine-tuned on industrial downstream tasks.
Paper    Code    Conference Website   

Exploiting Interactivity and Heterogeneity for Sleep Stage Classification via Heterogeneous Graph Neural Network
Ziyu Jia, Youfang Lin, Yuhan Zhou, Xiyang Cai, Peng Zheng, Qiang Li, Jing Wang
Accepted by 2023 IEEE International Conference on Acoustics, Speech, and Signal Processing (ICASSP),Full paper, 2023.
In this paper, we propose a novel deep model SleepHGNN for sleep stage classification. The Heterogeneous Graph Transformer is applied for capturing the interactivity and heterogeneity of the multimodal signals. To the best of our knowledge, this is the first attempt to leverage heterogeneous graph neural networks for sleep stage classification. Since the SleepHGNN is a universal framework for the graph-level classification task based on the heterogeneous graph, we will generalize model to other domains like protein classification and molecular graph classification including anticancer chemical compound classification in the future.
Paper    Code    Conference Website   

Continual learning on deployment pipelines for Machine Learning Systems
Qiang Li, Chongyu Zhang
Accepted by The Conference on Neural Information Processing Systems (NeurIPS), DMML Workshop, 2022.
In this work, we presented a comparison of various solutions for the deployment of machine learning systems, includes different layers of automation from highly manual model training and deployment to an automated continuous integration workflow. We proposed the evaluation metrics in practice and describe how real-world requirements differ from more academic settings. Livestream on NeurIPS2022    Poster    Paper on arxiv    ResearchGate    Workshop Website   

Explainable AI: Object Recognition With Help From Background
Raza Hashmi, Qiang Li
Accepted by The International Conference on Learning Representations (ICLR), CSS Workshop, 2022.
This work explores how backgrounds might help in object recognition tasks in depth. Our project is fascinated by the baseline work done by Xiao et al. in their noise or signal paper. Website    Blogs    Camera ready video of presentation on ICLR2022    Dataset on Kaggle (140+ Download!)   

AI Quality Next - BMW Group - Computer Vision project
Computer Vision Engineer: Qiang Li
AIQX provides a platform to integrate machine learning & deep learning algorithms for visual inspections directly into the production processes. Creation of a central standard for the implementation of AI for quality inspections in the global production system. AI provides far more robust algorithms and opens new areas of defect detection and order verification for manufacturing.
Youtube:Artificial Intelligence at the BMW Group    Youtube:BMW Factory – Integration of A.I. in the Production Line    Published materials about our AIQX Project & Usecases in News and Major Media! Won BMW Q-Award*    Our AIQX Project & Usecases in CNBC News*   

All You Need Is Cell Attention: A Cell Annotation Tool for Single-Cell Morphology Data
Qiang Li*, Corin Otesteanu, Lily Xu
Accepted by The International Conference on Learning Representations (ICLR), Workshop on AI for Public Health, 2021.
PDF    Code/Software    

Cell Morphology Based Diagnosis of Cancer using Convolutional Neural Networks: CellNet
Qiang Li, Yiran Xing, Tianwei Lan, ChenYu Tian, Ying Chen
Won Challenge on Medical Track of AI in Public Healthcare of DeeCamp 2020.
Website    Code/Models    Video   

Localization and visualization of defects by PCA, KMeans, Colorspace Template Matching for Additive Manufacturing
Hamid Jahangir, Qiang Li
Invited Talk on International Conference on Additive Manufacturing (ICAM), 2020.
Invited Talk    Slides    Software   

GPT-3 industry survey and applied scenarios
Qiyi Ye, Qiang Li
Designed 3 GPT-based generative model on real scenario at Sinovation Ventures AI Institute （创新工场）, 2020.
Code/GPT generative models    Slides

Hobbies: Vloger who loves KPOP, Museum, Cooking... And you can find me in TikTok / Little Red Book(小红书)/ Wechat Channel by ‘Jonas的新鲜感’（Jonas' curiosity), We have received over millions of views and likes 👍, and 2.5+ thousands of followers! Have created 100+ Vlogs. Keeping Learning! Let's move on together!
I am a fan of Hackathons. It gave me valuable experiences, developed critical thinking, problem-solving, and leadership skills.