5G mobile transport is a pivotal element in the advancement of fifth-generation (5G) communication networks, offering a robust and efficient infrastructure to support the immense data demands and ultra-low latency requirements of the 5G mobile ecosystem.
Optical transport is fundamental in enabling high-speed and high-capacity data transmission for 5G networks. Fiber-optic cables provide the necessary bandwidth and low latency required to meet the exponential growth in data traffic. But multiplexing, modulation, and framing techniques can all be tuned to the mobile transport application to effectively accommodate the massive data volumes generated by the proliferation of 5G connected devices and bandwidth-intensive applications.
Mobile transport networks for fronthaul and backhaul solutions facilitate the seamless integration of base stations and core networks, ultimately enhancing network performance and reliability. Virtual network slices can also be enabled, each tailored to specific use cases and service requirements. This dynamic network slicing capability enables efficient resource allocation, enabling diverse applications such as autonomous vehicles, industrial automation, and virtual reality.
ITU-T SG15 and IEEE 802 continue to develop foundational standards that are leveraged for mobile transport. They are playing a vital role in enabling the rapid evolution of communication networks, providing the necessary speed, capacity, and reliability to meet the demanding requirements of the 5G era.

Everyone believes that the convergence of NoCode platforms and Language Models (LLM) has the potential to revolutionize software development by enabling non-technical individuals to create sophisticated applications without the need for traditional coding skills. But I want to talk The machine generated code and application was always there under the humans intention and convenience. I also want to talk that these technology now brings the well-crafted definition of software design.

6G has gathered momentum via industrial and academic research as well as especially via some large regional research consortia. In Europe the Flagship projects have been Hexa-X and now Hexa-X-II. This talk will tell about the 6G vision and use cases as recognized by Hexa projects. The status of the work on the needed enablers and architecture are also revealed. Importance of the underlying values sustainability, inclusion and trustworthiness are extended based on the project work.

As the explosive increase in new services such as artificial intelligence, metaverse and XR has been a mainstream in cutting edge, the role of communications is becoming more significant than ever. Next-generation communications, represented by 6G, is a key enabler of digital transformation and is expected to be developed on the basis of openness, virtualization and intelligence to accommodate various needs in the future. In addition, it is predicted that the service area will be extended, rather than simply being confined on the ground, to provide hype-space communications that enables services such as free internet in the aircraft and the control of UAMs. Especially, in Korea, communication services utilizing low-orbit satellites are expected be developed for both civil and military use. In this presentation, I will introduce the current status of 6G-related research and discuss the development direction of next-generation communications.

In the era of Al, the changes in technologies and the industrial landscape are accelerating even more rapidly.
In this presentation, he will introduce SK Telecom's technologies and services powered by Al to address these shifts in the industrial landscape. Furthermore, we will share how SK Telecom is leveraging Al technology to create a cleaner, healthier, and safer world, towards a better future.

Wireless networks are a key infrastructure that enables the accelerated development of artificial intelligence (AI). As we move into the 7th to 8th generations of the mobile network, smartphones might not be the main type of devices that consume the bulk of the data traffic; intelligent machines such as AI-enabled robots, drones, and transportation-oriented moving vehicles will join smartphones in driving the nonlinear growth of data traffic in the mobile network. We will first discuss the mobile network development trends and new technologies as well as the use of various frequency bands as the mobile network continues to evolve. After a brief analysis of the challenges of these strategies in meeting the accelerated data traffic growth, we present a new scheme that could potentially enable communication at ultra-high spectral efficiencies that are not achievable with any existing communication schemes. We conclude the presentation by discussing some preliminary findings that serve as a new information-theoretic support of this ultrahigh-spectral-efficiency scheme.