IEEE WCNC is one of the main venues for researchers, industry professionals, and academics interested in the most advanced and recent contributions to wireless communications, especially regarding the design and development of wireless systems and networks. Sponsored by the IEEE Communications Society, IEEE WCNC has a long history of connecting industry, academia, and regulatory bodies. In 2020, other than mesmerizing its visitors by its beauty, Seoul as the capital of Korea will become the premium venue of the wireless by hosting WCNC‘20. The conference will include technical sessions, tutorials, workshops, and technology/business panels. You are invited to submit papers in all areas of wireless communications and networks. Potential topics include, but are not limited to:

Track 1: PHY and Fundamentals

Channel modeling, characterization and estimation

Modulation, coding, diversity, equalization, synchronization

Multi-carrier modulation, waveform design

Interference modeling, management, cancellation and alignment

PHY strategies for low-rate, sporadic and asynchronous communications

MIMO, massive MIMO and cloud-RAN

Cooperative, device-to-device and multi-hop communication

Cognitive radio, spectrum sensing

Content caching and storage in wireless networks

PHY layer design for cellular, wireless LAN, ad hoc and sensor networks

Energy efficient and energy harvesting PHY layer design

Joint information and energy transmission

PHY layer security and privacy

Ultra-wideband, mmWave and sub-THz communication

Information-theoretic aspects of wireless communications

Signal processing for wireless communications

Molecular and nano communications

AI, machine learning and data analytics for wireless communications

Beyond 5G and 6G

Full duplexing

Track 2: MAC and Cross-Layer Design

Wireless MAC protocols for 5G: design, analysis, and optimization

Cognitive and cooperative MAC

MAC for mesh, ad hoc, relay and sensor networks

Scheduling and radio resource management

Cross-layer MAC design

Software defined radio, RFID MAC

QoS support and energy efficient MAC

MAC protocol for energy harvesting wireless networks

MAC design for multitier cellular/small cell networks

Multiple access in machine-to-machine communication

MAC for cloud-RAN

MAC protocols for molecular and nano networks

MAC protocols for mmWave networks

Full-duplex MAC design

Cross-layer design for massive MIMO and multiuser MIMO networks

AI, machine learning and data analytics for MAC and cross-layer design

Track 3: Wireless Networks

Software-defined mobile / wireless networks

Wireless Network Functions Virtualization

Virtual network management and orchestration

Mobile cloud

Fog computing and networking

Mobile Edge Computing

Mesh, relay, sensor and ad hoc networks

Routing and congestion in wireless networks

Cognitive radio and networking

Resource management and optimization

Mobile big data and network data analytics

Wireless network security and privacy

Mobile social networks

Wireless network measurements and characterization

AI, machine learning and data analytics for wireless networks

Wireless networking for autonomous vehicles

Wireless networking for smart X (energy, factory, city, etc.)

IoT wireless networking

Track 4: Emerging Technologies, Architectures and Services

Mobile / Wireless network support for vertical industries

Adaptive content distribution in on-demand services

Context and location-aware wireless services and applications

User-centric networks and adaptive services

Wireless body area networks and e-health services

Intelligent transportation systems

Dynamic sensor networks for urban applications

Wireless emergency and security systems

Ultra-reliable communication

Enabling regulations, standards, spectrum management

Hybrid licensed/unlicensed spectrum access schemes

Technologies, architectures and enabling business models for rural communications

Satellite-based mobile access and backhaul

Hybrid satellite-terrestrial networks

Testbed and prototype implementation of wireless services

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