About the Workshop
Welcome to the 2nd Graph-Augmented LLMs (GaLM): Bridging Language and Structured Knowledge Workshop, taking place on November 8, 2026 at CIKM! This event brings together advanced graph machine learning, LLMs research and practical industrial applications. The first GaLM workshop was introduced at IEEE ICDM @ 2025.
The GaLM workshop explores the synergistic convergence of LLMs and graph-based methodologies and its applications with its transformative potential. This integration facilitates advancements in areas such as enhanced reasoning, improved contextual understanding, and robust generalization. We aim to foster discussions on leveraging Graph Neural Networks (GNNs) and graph representation learning to augment LLMs, as well as investigating the application of federated learning and unlearning techniques to address privacy and ethical concerns in this rapidly evolving field.
The workshop aims to foster a more accessible and collaborative research environment within this emerging field by democratizing access to graph-based methodologies within the broader NLP and LLM community and enhancing its awareness and adoption. This workshop aims to foster discussions on how graph structures can empower LLMs to achieve improved reasoning, knowledge integration, and data privacy in diverse applications, including but not limited to biomedical, environmental and social-economic systems with highly structured knowledge.
Important Dates
| Submission Deadline | August 24, 2026 |
| Acceptance Notification | September 23, 2026 |
| Workshop Date | November 8, 2026 |
Call for Papers
The aim of this workshop is to foster discussion around the emerging role of LLMs utilising graph data and computing techniques to enhance LLM capabilities and conversely, vice versa. We will invite original and unpublished research contributions to GaLM in relevant subjects, including, but not limited to:
- Data cleaning, integration, and augmentation with graph-based LLMs
- Graph-enhanced LLM architectures
- LLMs for graph understanding and generation
- LLM-driven graph processing
- Graph representation learning and unlearning
- Multimodal graph-LLM integration
- Explainability, provenance, security, privacy, benchmarking for graph-based LLMs
- Real-world applications of graph-enhanced LLMs in domains such as healthcare, finance, and social media.
Submission Requirements
- Content: Authors are invited to submit full-length research papers, including those that have already been published elsewhere. Submissions should be relevant to the workshop theme and meet the standards of top-tier international research conferences.
- Format: Manuscripts must be submitted in PDF format. Papers should follow the official ACM sigconf two-column template:
- Full papers: maximum 8 pages, plus unlimited pages for references, appendix and GenAI usage disclosure, presenting mature research results.
- Short papers: maximum 4 pages, plus unlimited pages for references, appendix and GenAI usage disclosure, presenting ongoing work, demos, position, or opinion papers.
- Anonymity: Submitted papers will undergo double-blind review. All submissions must be properly anonymized. Non-anonymized papers will be desk-rejected without review.
- AI Tool Usage: LLM-generated text is prohibited unless part of the experimental analysis. AI tools may only be used for light editing (e.g., grammar checks).
- Proceedings: Accepted papers can be recommended to (Optional, based on the authors’ choice) CEUR Workshop Proceedings.
Keynote Speaker
TBDOrganizers
Amit Kumar Jaiswal
IIT (BHU) Varanasi, India
Benyou Wang
CUHK Shenzen, China
Ruchir Gupta
IIT (BHU) Varanasi, India
Jiale Han
Shenzhen Loop Area Institute, China
Prayag Tiwari
Halmstad University, Sweden
Shandar Ahmad
Jawaharlal Nehru University, India
Amit Agarwal
Capital One, India