Future Telecommunication Technologies: Wireless Local, Cellular, Satellite and Quantum Networks

Telecommunication technologies are evolving rapidly due to the rapid growth in user demands for performance of both wired and wireless communication networks. A number of challenges must be addressed to create future communication technologies, including exponential growth of traffic volume, increasing number of devices and density of wireless networks, and the emergence of new applications with strict quality of service requirements. In this regard, the development of modern communication networks is impossible without significant advances in coding theory, quantum communication, creation of new modulation and coding schemes, multiple channel access methods, theory and practice of reliable data delivery in wireless networks, methods of mathematical modeling and performance evaluation of wireless networks and their protocols.

Platform topics

• Next generation networks and their architectures,

• Massive and Holographic MIMO technologies for Next generation networks,

• Non-terrestrial and satellite communications,

• Reconfigurable Intelligent Surfaces for Next generation networks.

• Ultra Reliable Low Latency Communications (URLLC) in 5G, 6G systems,

• Real-time applications (RTA) in next generation Wi-Fi networks,

• Energy efficiency and power saving in Next generation communication networks,

• Internet of Things and Machine-to-Machine communications,

• Cross-layer design and optimization,

• QoS and resource management,

• Network modeling, performance evaluation, testbeds,

• Codes for Next generation communication,

• Quantum communication