Submit a paper – deadline 15 September 2021
The demand for Data Transfer Rate is rising due to increasing of Data Traffic with time, and that urges to enhance the network systems capabilities from 4G to 5G. However, recently these demands increase exponentially, and we need to develop a more robust physical network infrastructure to ensure eMBB (enhanced Mobile Broadband), URLLC (Ultra Reliable Low Latency Communications), mMTC (massive Machine Type Communications) and security with dynamic, adaptive, and self-learning AI systems for upcoming Beyond 5G (B5G) and 6G.
B5G and 6G may bring enormous challenging possibilities because of several aspects, such as superior sensitivity, spectrum management, architectural design, network complexity, heterogeneity enhancement, trustworthiness, resource management, application possibilities, energy management, and so forth. Consequently, it is essential to develop a robust pathway exploiting currently available facilities, physical networks instrument, devices, Cross-layering aspects and AI techniques to ensure a sustainable B5G/6G for the future. Therefore, we aim to organize a workshop on AI-enabled Future Networks: A Cross-layer Perspective, where the respected academician, researcher, entrepreneur, industrial practitioner, governmental agencies, and many others may share their innovation, individual thoughts, proposition, latest finding, technical challenges, open research scope, potential application scope, solutions as theories, algorithms, key technologies and so on.
Topics:
- Cross-layer aspects on Future Networks
- AI-enabled Physical Network Management for Future Networks
- Cross-layer enabled Intelligent Traffic Enhancement for Future Networks
- Cross-layer enabled Intelligent Cellular Architectures for Future Networks
- AI-enabled Cloud and Edge Computing for Future Networks
- AI-enabled Private B5G/6G Cross-layer Network Architectures for IIoT
- Cross-layer Network for Smart Agriculture and Water Management
- Impact of Cross-layer on AI-enabled Quality of Service (QoS) for Future Networks
- Cross-layer issues on AI-enabled Dynamic Spectrum Access for Future Networks
- AI-enabled B5G/6G Testbeds and Applications
- Decentralized AI for sustainable Future Networks
- AI-empowered Dynamic Function Splitting in Green B5G/6G Physical Networks
- Digital Twin for 5G/6G networks
Workshop Chair:
• Mohammad Patwary, University of Wolverhampton, UK
Co-Chairs:
• Md Arafatur Rahman, University of Wolverhampton, UK
• Ali Safaa Sadiq, University of Wolverhampton, UK