Download the PDF version of the CFP.
Now in its second edition, the IEEE Virtual Conference on Communications (IEEE VCC) is part of a fully virtual conference series initiated by the IEEE Communications Society that aims at enabling researchers from academia and industry to present their recent scientific results and engage in conducive interactive discussions with fellow researchers working in their fields, while alleviating the stress associated with travel to traditional conferences (obtaining travel funds and visas, making travel arrangements, etc.). One of the main goals of the virtual conference format is to encourage submissions from researchers located in low-income countries who cannot afford expensive conference travels, and as a consequence, registration fees will be reduced to significantly lower rates than for traditional in-person conferences.
Technical papers should be at most 6 pages long, using the standard IEEE double-column format, and should be submitted via EDAS. All the accepted papers will have to be presented at the conference via pre-recorded talks and live Q&A sessions to be included in the conference proceedings that will be published in IEEE Xplore. Besides the technical papers, the conference will feature a rich program that includes keynote talks, panel discussions, and tutorials involving well-known experts from industry and academia. IEEE VCC 2024 solicits original technical paper submissions on the hottest topics in communications and networking, including but not limited to the following areas:
• 5G/6G Systems and Networks
•Antennas, Propagation, and Channel Modeling
•Artificial Intelligence and Big Data for Communications
•Cloud Communications and Data-Center Networks
•Coding/Decoding Theory and Techniques for Communications
•Cognitive Radio and Dynamic Spectrum Access
•Communication and Information Theory
•Edge Computing, Edge Intelligence, and Fog Networks
•Energy Efficient Communications and Computing
•Image, Speech, and Signal Processing for Communications
•Integrated Sensing and Communications
•Internet of Things
•Massive MIMO and Cell-Free Massive MIMO
•Millimeter-Wave, Sub-Terahertz, and Terahertz Communications
•Molecular and Nanoscale Communications
•Network Applications, Services, and Management
•Network Architecture, SDN, NFV
•Next-Generation Multiple Access Schemes
•Next-Generation Physical, Link, and Network Layers Techniques
•Optical Communications and Networks
•Performance Evaluation, Simulation, Testbeds and Prototypes
•QoE/QoS Support and Cross-Layer Design
•Quantum Communications and Computing
•Reconfigurable Intelligent Surfaces and Holographic Surfaces
•Satellite and Space Communications
•Security, Privacy, Trust and Blockchain
•Semantic and Goal-Oriented Communications
•Smart Grids and Energy Networks
•Underground and Underwater Communications