Presentations

Topics include AI/ML-defined radio, integrated wireless sensing and communication, reconfigurable intelligent surfaces (RIS), generative network layer in prediction-based networking, DDDAS, next-generation AI for communication systems.

… including the wireless networks (4G/LTE/5G, Wi-Fi) and the Internet, with brief exposition on how these concepts and their handling may evolve in the 6G communication networks and beyond.

A look into wireless cellular telecommunications technology standards focusing on 5G (the fifth-generation), motivations and trends towards 6G (the sixth-generation) & beyond, and broad approaches to Artificial Intelligence & Machine Learning (AI/ML) in that context.

Also address transport layer efficiency, scalability, robustness, security, and issues related to the use of HTTP as the basis for “Web API”.

The first part looks into the trends, use cases, motivations, and technology features likely to be introduced into future Wi-Fi in the next ten years beyond Wi-Fi 6/6E. The second part focuses on latency reduction, as well as issues and nuances of introducing scheduled access into Wi-Fi’s traditional world of contention based access.

… with analyses on how such randomizations are likely to impact network systems and discussion of possible mitigation measures. [Corresponding article ⇒]

A survey of factors likely to influence the future of communications technologies and services in the future, and a view on likely technology responses through link technologies, architectural re-thinking, and standards directions.

… from mobile voice to mobile data, and the quest for bigger capacity and faster speeds at lower cost with small cells. Also goes into key questions that decide system-architectural decisions such as security/trust model, scalability, mobility, and management considerations.

A presentation on SDN’s nascent history, concepts & principles, technology & standards, commercial & market impacts, future research & development directions, and exploration of ideas to extend SDN concepts & principles to other applications and other technological areas.

A presentation on Quality of Service (QoS) in networking and telecommunications; covers the motivation and needs for QoS, applicability of QoS, QoS concepts, basic principles & techniques, technologies & standards, and commercial & policy impacts.