* 5G networks and technologies
* AI/ML for smart wireless networks
* AI and machine learning aided protocol design and resource allocation
* AI and machine learning based applications for ad hoc networks
* Algorithms for MANETs and WSNs
* Application Layer Protocols
* Clustering, topology control, coverage, and connectivity
* Cognitive networking
* Cooperative and cognitive communication
* Cooperative sensing, compressive sensing, sensing from communications
* Cloud, crowd-sourced, participatory and (mobile) social sensing
* Cyber-physical systems and applications
* Data gathering, fusion, and dissemination
* Energy-efficient architectures, algorithms, and protocols
* Experiences in real-world applications and deployments
* Flying Ad-Hoc Networks
* Free-space optical networks
* Heterogeneous networks
* Internet of Things (IoT) devices, gateways, and infrastructure
* Light-weight distributed machine learning
* Localization and Location Based Services
* Measurements, experimental systems and test-beds
* Mobile computing and networking
* mmWave and Terahertz networks
* Mobility modeling and management
* Multi-channel, multi-radio and MIMO technologies
* Network components, operating systems, and middleware
* Opportunistic networking, delay tolerant networking
* QoS and Resource management
* Robotic networks
* Routing protocols
* Scalability, stability, and robustness of networks and sensor systems
* Security and privacy at all layers, including the physical layer
* Sensor enabled drone, UAV, UUV systems
* Smart grid, healthcare, transportation applications
* Vehicular networks and protocols
* Visible light communications
* Wearable and human-centric devices and networks