Workshop Scope

With the rapid advancement of multimodal large models and embodied intelligence, a future populated by vast numbers of autonomous agents is gradually becoming a reality. These agents, capable of perception, decision-making, and action, are poised to become core components of the digital ecosystem. Their large-scale deployment and seamless operation impose fundamental requirements on 6G networks, demanding a shift beyond traditional data connectivity towards native capabilities that support autonomy, collaboration, and collective intelligence. 6G networks are expected to construct the foundational environment and enabling base for agent operation. By flexibly integrating communication, sensing, computing, and intelligence resources, 6G will respond to agent intent and semantics, dynamically manage multi-dimensional resources, and ultimately ensure the efficient and reliable operation of agent applications. However, to fully realize the vision of 6G-empowered agentic systems, key challenges in network architecture, collaboration mechanisms, semantic understanding, trust, and security must be overcome. The primary goal of this workshop is to bring together experts from academia and industry to discuss development pathways and future opportunities, fostering an open and intelligent new 6G ecosystem. 

This workshop seeks original and unpublished works in the broad area of 6G-empowered agents, including its system architecture, key technologies, and testbed validation. The topics of interest for this workshop include, but are not limited to:

• 6G Network Architecture for Agents.

• Multi-Agent Collaboration and Network-Enabled Collective Intelligence

• Intent-Driven and Semantic Communications for Autonomous Agents

• Energy-Efficient Autonomous Decision-Making and Learning

• Security, Privacy, and Trust for Agentic Systems over 6G

• Network Protocol Optimization for Agent Cooperation

• Testbeds, Prototyping and Standardization for Agentic 6G 

Please WS-06 CFP.pdf

Workshop Host

Workshop Organizers

WORKSHOP CHAIRS

Guangyi Liu China Mobile Research Institute, China	Jiangzhou Wang Southeast University, U.K.

Paper Submission Guidelines：

Submission
Papers must be submitted via EDAS (https://edas.info/newPaper.php?c=34433&track=134665) and follow the IEEE standard camera-ready format. Papers must be original and not under review elsewhere. Papers violating length limits or dual submission will not be reviewed.
Final Manuscript Preparation:
1) Use IEEE 2-column templates (A4 for Word users).
2) Templates: http://www.ieee.org/conferences_events/conferences/publishing/templates.html
3) Maximum 6 pages, or 7 pages with an over-length fee.
Final Manuscript Upload:
1) Submit via EDAS by April 1, 2026.
2) Registration is required before upload.
3) PDF must comply with IEEE Xplore specs.
Publication:
Accepted papers will be included in IEEE Xplore, subject to:
1) At least one author must register at FULL rate.
2) The paper must be presented onsite by an author. No substitutions without approval.
3) Registration fees are non-refundable.
Presentation Policy:
In-person oral presentations only. No virtual presentations allowed. No-shows will be excluded from the proceedings.

Important Dates

Paper submission: Feb.1, 2026 

Notification of acceptance: Mar.14, 2026 

Registration Deadline for Authors:  Mar.30, 2026

Camera-ready submission: Apr.1, 2026

Presentation submission: Apr.11, 2026