IEEE CAMAD 2026 will be held as a stand-alone event in Nicosia, Cyprus. Building on recent CAMAD editions that emphasize use cases and enabling technologies for Beyond-5G/6G networks. It will provide a forum for researchers and practitioners to exchange and share new ideas and results on advanced modeling, analysis, experimentation and design of communication links and networks. The conference will feature contributed technical papers, keynote talks and dedicated tracks such as workshops, special sessions, tutorials and demos, following the established CAMAD format.

IEEE CAMAD is soliciting papers describing original work, unpublished and not currently submitted for publication elsewhere on topics include, but not limited to the following:

    Technologies towards Beyond-5G and 6G networks
    Millimeter-wave, sub-THz, and THz communications and channel modeling
    Digital Twin–driven networks. Data-driven modeling, validation, and real-time control
    AI-native and data-driven networking.
    Federated learning, distributed learning, and networked edge intelligence
    Zero-touch network & system management, orchestration, and autonomous operations
    Network slicing, multi-tenant networks, and end-to-end service orchestration
    e-Health / WBAN / IoT/Industry 5.0 connectivity modeling
    Green management of communication networks
    Optical Communications & Fiber Optics for B5G and 6G networks
    Multimedia QoS/QoE
    Reconfigurable Intelligent Surfaces and smart radio environments
    Non-terrestrial networks
    SDN/NFV architectures, softwarization, programmability, and cloud/edge-native networking
    QoS/QoE modeling, traffic engineering, and multimedia/service performance management
    Energy efficiency, sustainability, and green networking
    Τrust, security, privacy, and resilience by design
    Quantum communications and post-quantum security considerations for future networks
    Testbeds, experiments, prototype implementations, and validation of simulation models with measurements
    Smart Grids: Communication, Modeling and Design