Special Track 1: Internet of Things​
Paper Submission
50% discount on the second and third papers*
Special Track 1: Internet of Things​
Topics:
- Wireless communications in IoT systems
- Lifelong, continual, and online learning on constrained devices
- Energy harvesting, ambient backscatter, and battery-free networking
- Semantic and task-oriented communications for machine goals
- Autonomous coordination across device-edge-cloud continuums
- Digital twins for living IoT systems and environments
- Self-healing connectivity and fault-tolerant device swarms
- Safe and trustworthy autonomous cyber-physical systems
- Privacy-preserving collaboration among heterogeneous things
Special Track 2: AI for Communications and Networking​
Topics:
- Deep learning in communication and networking
- Network foundation models and domain-specific language models
- Goal decomposition, planning, memory, and tool use for network agents
- Multi-agent coordination across radio, edge, transport, and core
- Wireless network digital twins
- Agent security and privacy in wireless systems
Special Track 3: Space/Air Communications
Topics:
- Low-altitude communication infrastructure for UAV
- Multi-orbit, multi-layer, and cross-segment network architectures
- Cognitive topology, channel, demand, and risk prediction
- AI-native beam, spectrum, power, and handover control
- Mission-aware routing and service orchestration under mobility
- Direct-to-device satellite and aerial communications
- Integrated sensing and communication for airspace awareness
- Cooperative positioning, navigation, timing, and synchronization
- Distributed computing, caching, and intelligence in the sky
- Digital twins and high-fidelity models for dynamic aerial networks
Special Track 4: Wireless Sensing
Topics:
• Ambient and device-free human activity sensing
• Fine-grained localization, tracking, and spatial radio maps
• RF imaging, scene reconstruction, and material perception
• Human-aware ISAC waveform, beam, and resource design
• Cooperative and distributed sensing across network infrastructure
• Edge-native sensing inference and privacy by design
• Fair, explainable, secure, and socially responsible sensing
• Wireless perception for robotics and physical-world digital twins
Special Track 4: Wireless Sensing
Topics:
• Ambient and device-free human activity sensing
• Fine-grained localization, tracking, and spatial radio maps
• RF imaging, scene reconstruction, and material perception
• Human-aware ISAC waveform, beam, and resource design
• Cooperative and distributed sensing across network infrastructure
• Edge-native sensing inference and privacy by design
• Fair, explainable, secure, and socially responsible sensing
• Wireless perception for robotics and physical-world digital twins
Special Track 5: Next Generation Communication Technologies​
Topics:
- Advanced waveforms, modulation, coding, and multiple-access technologies
- Integrated sensing and communication (ISAC)Â
- Semantic communications
- AI-enabled communication systems
- Intelligent signal processing, channel estimation, detection, and decoding
- Generative artificial intelligence and foundation models for wireless networks
- Advanced antenna, array, beamforming, and radio-frequency front-end design
- Massive multiple-input multiple-output and cell-free communication systems
- Reconfigurable intelligent surfaces and programmable wireless environments
- Integrated sensing, communication, computing, and control
- Near-field, extremely large-scale array, and holographic communications
- Terahertz, millimeter-wave, optical, and ultra-wideband communications
- Energy-efficient, low-latency, reliable, and sustainable communication technologies
- Prototyping, experimentation and testbedsof emerging communication technologies
Special Track 6: Advanced Information Theory and Coding Techniques for Future Wireless Communications​
Topics:
- Information-theoretic limits and capacity analysis for future communication systems
- Finite-blocklength information theory and short-packet communications
- Advanced channel coding techniques (LDPC, Polar, PAC, spatially coupled, and rateless codes)
- Efficient decoding algorithms and near-optimal decoding methods
- Joint source-channel coding and semantic communications
- Coded modulation and probabilistic shaping techniques
- Coding and information theory for ISAC
- Grant-free massive access and unsourced random access coding
- Coding for distributed computing, learning, and edge intelligence
- Information-theoretic security and privacy-preserving communications
Special Track 7: Emerging Antenna and Electromagnetic Technologies in 6G Communication Systems
Topics:
- Large-scale MIMO antenna arrays and extremely large aperture systems
- Sub-THz/THz antennas and antenna-in-package/on-chip integration
- RIS and metasurface-based electromagnetic systems
- Holographic MIMO and dynamic electromagnetic apertures
- Near-field communications, beam focusing, and localization
- Advanced beamforming architectures and antenna array optimization
- ISAC antenna systems
- Reconfigurable, movable, fluid, and conformal antenna technologies
- Antenna technologies for UAV, satellite, and non-terrestrial networks
- Electromagnetic modeling, optimization, fabrication, and experimental validation
