The recent developments in the field of wireless communications and network architecture are pushing towards more integrated, resilient, and adaptive systems. There is a strong focus on the next generation of mobile networks, particularly 6G, which aims to leverage advancements in distributed processing, artificial intelligence, and secure integration of diverse networks. This shift is driven by the need to support emerging use cases such as extended reality (XR) and critical wireless applications, which require reliable, fast, and secure connectivity. Innovations in channel access strategies, event-based resilience frameworks, and coordinated multi-armed bandit algorithms are enhancing spatial reuse and network performance in Wi-Fi systems. Additionally, the role of 5G in enabling sustainable urban mobility is being explored, highlighting the importance of seamless connectivity and real-time data processing in smart city infrastructure. Notably, the integration of resilience and criticality in network design is emerging as a key area of focus for ensuring reliable service functionality in future 6G networks.

Noteworthy Papers:

• The paper on 6G architectures provides unique insights into integrating different network-level functions in virtual cloud environments.
• The study on coordinated multi-armed bandits demonstrates significant improvements in network performance and fairness in Wi-Fi systems.