Yanzhao Shi  时彦钊

Hits

College of Computer Science, Beijing University of Technology
Email: yanzhaoshi0927@outlook.com

 Google Scholar   Github 

Biography

Welcome! I am currently a final-year Master's student in Computer Science at Beijing University of Technology, supervised by Professor Junzhong Ji, co-supervised by Associate Professor Xiaodan Zhang. I am also remotely advised by Assistant Professor Liangqiong Qu at the University of Hong Kong. I deeply appreciate the dedicated guidance and support.
My current research topics are medical AI and deep learning. I mainly focus on medical report generation and multi-modal large language models, involving biomedical informatics, computer vision, and natural language processing. Besides, I'm also interested in contrastive learning, knowledge graph, and vision-language pretraining. The long-term objective of my research is to explore advanced methods for enhancing the explainability, fairness, safety, and human-centric nature of trustworthy medical AI models.

I will join HKU-Qu-Lab for my Ph.D. studies starting from 2025 Fall, focusing on medical multi-modal large language models.

News

  • [2024.12] One paper was accepted by AAAI 2025 (CCF-A).🎆🎆
  • [2024.09] One paper was accepted by EMNLP 2024 Findings.
  • [2024.08] We proposed a LLM-based gaming AI (Llama_Dou) that achieves first runner-up at the Chinese Collegiate Computer Gaming AI Contest.
  • [2024.02] One paper was accepted by Multimedia Systems (JCR Q1).
  • [2024.01] One paper was accepted by Multimedia Systems (JCR Q1).
  • [2023.11] One paper was accepted by Computers in Biology and Medicine (JCR Q1).
  • [2023.10] One paper was accepted to EMNLP 2023 (Oral Presentation) Paper.
  • [2023.06] One paper was nominated as the best paper of ChinaMM 2023.
  • [2023.05] Two papers were accepted to ChinaMM 2023 Paper.

Awards and Honors

  • 2024.11, Xiaomi Grand Prize Scholarship [Top 10 Students in BJUT] [20,000 RMB]
  • 2024.11, Technology Star Nomination Award [Top 13 Students in BJUT]
  • 2024.10, China National Scholarship [20,000 RMB]
  • 2024.10, Outstanding Master's Student Award
  • 2024.09, First-Class Academic Scholarship for postgraduates [Rank 1st in major] [10,000 RMB]
  • 2024.08, Chinese Collegiate Computer Gaming AI Contest - First Runner-Up
  • 2023.10, Outstanding Master's Student Award
  • 2023.10, First-Class Academic Scholarship for postgraduates [Rank 1st in major] [10,000 RMB]
  • 2023.08, Chinese Collegiate Computer Gaming AI Contest - First Prize
  • 2023.07, Best Paper Award Nomination at ChinaMM 2023
  • 2022.10, First-Class Academic Scholarship for postgraduates [Recommended exemption graduate] [10,000 RMB]
  • 2022.05, Outstanding Graduate, University of Jinan
  • 2022.04, Outstanding Graduate, Shandong Province
  • 2018-2022, Undergraduate First-Class Academic Scholarship (every year) [Rank 1st in major]
  • 2018-2022, Outstanding Undergraduate Student, University of Jinan (every year)

Publications [Google Scholar]

☆ Medical Report Generation

MEPNet: Medical Entity-balanced Prompting Network for Brain CT Report Generation.

Xiaodan Zhang (Supervisor), Yanzhao Shi, Junzhong Ji, Chengxin Zheng, and Liangqiong Qu.
AAAI Conference on Artificial Intelligence (Supervisor First Author)
 AAAI 2025  | Paper  | Bibtex 

See Detail Say Clear: Towards Brain CT Report Generation via Pathological Clue-driven Representation Learning.

Chengxin Zheng, Junzhong Ji, Yanzhao Shi, Xiaodan Zhang*, Liangqiong Qu.
The 2024 Conference on Empirical Methods in Natural Language Processing (Findings)
 EMNLP 2024 Findings  | Paper  | Bibtex 

Granularity Matters: Pathological Graph-driven Cross-modal Alignment for Brain CT Report Generation.

Yanzhao Shi, Junzhong Ji, Xiaodan Zhang*, Liangqiong Qu* and Ying Liu.
The 2023 Conference on Empirical Methods in Natural Language Processing (Oral Long Paper)
 EMNLP 2023  | Paper  | Bibtex 

Weakly Guided Attention Model with Hierarchical Interaction for Brain CT Report Generation.

Xiaodan Zhang, Sisi Yang, Yanzhao Shi, Junzhong Ji*, Ying Liu*, Zheng Wang and Huimin Xu.
Computers in Biology and Medicine
 Comput Biol Med 2023  | Paper  | Bibtex 

Prior Tissue Knowledge-Driven Contrastive Learning for Brain CT Report Generation.

Yanzhao Shi, Junzhong Ji, Xiaodan Zhang*, Ying Liu*, Zheng Wang and Huimin Xu.
Multimedia Systems
 Multimedia Syst 2024  | Paper  | Bibtex 

GHCL: Gaussian Heuristic Curriculum Learning for Brain CT Report Generation.

Qingya Shen, Yanzhao Shi, Xiaodan Zhang*, Junzhong Ji, Ying Liu* and Huimin Xu.
Multimedia Systems
 Multimedia Syst 2024  | Paper  | Bibtex 

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