Special Session 14

Topic: Integrated Sensing, Communication, Computing, and Intelligence (ISCCI) for 6G Communication Networks

6G communication networks are evolving from connectivity-centric infrastructures into native-intelligence platforms that jointly sense, communicate, compute, and learn. ISCCI couples these functions under shared spectrum, energy, hardware, and latency constraints, enabling task-aware transmission, edge inference, digital twins, and autonomous control. Unlike pairwise ISAC/ICC designs, ISCCI treats sensing, communication, computation, and AI as performance-coupled and jointly optimized within 6G networks. This special session seeks original research and comprehensive reviews advancing foundational limits, unified signal and network architecture design, and experimentally validated ISCCI systems for 6G communication networks.
Topics of interest include, but are not limited to:
1. Information-theoretic limits and trade-offs
2. Joint waveform, beamforming, and signal processing
3. AI-native air interfaces and semantic/task-oriented communication
4. Cloud-edge-end computation offloading and scheduling; joint spectrum, energy, and computing resource orchestration
5. Distributed/federated learning over ISCC infrastructure
6. RIS and movable/fluid antennas; security, privacy, and trustworthiness
7. Testbeds and applications (V2X, low-altitude economy, industrial IoT, digital twins)
8. Metrics, benchmarking, and 6G standardization

 Submission Link: https://easychair.org/conferences/?conf=icccas2027
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Special Session Chairs

 

Tianming Ma

Associate Professor, Shanghai University of Engineering Science, China

 

Jie Jin

Associate Professor, Shanghai University of Engineering Science, China

 

Wenjing Lv

Lecturer, Shanghai University of Engineering Science, China

 

Nannan Zhang

Lecturer, Shanghai University of Engineering Science, China