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Reality Check on Industry Digitalization
The Virtual World of the Future
The Next Generation Computing Paradigms For Ambient And Immersive Computing
Recent advances in AI are enabling the next generation of AI applications across new emerging fields like metaverse, ambient computing, and immersive computing. These AI applications greatly enhance the existing user experiences while seamlessly enabling novel user experiences on existing and new devices. For instance, it is expected that between 2020 and 2026, VR market will shoot from a value of $17.25 billion to around $184.66 billion while AI being one of the most important drivers of the VR revolution. To enable AI features in these new emerging fields and novel use-cases, 5G is perhaps the most valuable technology in addition to increased computing capability needs. Through faster connections and exchange of data, AI applications can reduce latency, improve mobility and immerse their users deeper into these new AI-enabled experiences. In this talk, we will provide an overview of how the rise of 5G connectivity could eliminate some of the major bottlenecks and problems that would otherwise prevent companies and users from embracing and enabling metaverse, ambient computing, and immersive computing. Combined with other disruptive technologies like AI and IofT connections, 5G will represent a new frontier for metaverse, ambient computing and immerse computing.
End-to-End Time-Deterministic Networking Technologies
With the advent of 5G era, interest in time-sensitive services is growing, and even more so with upcoming 6G. Hyper-immersive interactive service such as hologram communication, and high-precision vertical service such as remote control of machine/ robot/drone are two representative time-sensitive service types. In order to realize the services end-to-end, not only mobile communication but also packet network technology must be considered together. This presentation will briefly introduce recent packet network technologies guaranteeing in-time/on-time and lossless delivery of data to meet the service requirements, discuss their limitations and issues, and share ETRI’s approach to solve them.
Redefining Networks of the Future
After the pandemic, our lifestyles have undergone rapid transformation. Our homes have become the new schools, new workplaces, and new gyms. They have even become the new movie theaters and new restaurants. The core enabler of this paradigm shift is the connectivity. Previously connectivity has been mostly delivered via PC over wireline. Now wireless connectivity via smartphones is driving an explosion in data traffic. More technology, more bandwidth and more sites have been the keys to managing this explosion in mobile data traffic. However, this solution is also directly driving up costs – so what is the answer for a sustainable future of networks? Samsung believes one answer to this is RAN Virtualization(vRAN), the digital transformation of networks. With vRAN, new services will have more flexibility and scalability. In this presentation, we will be sharing Samsung’s vision for redefining and growing the networks of the future, and the technological advances that enable it.
Future Evolution of Wireless Network for AI
5G communication system is a service-based architecture, providing a modular framework for meeting stringent latency and reliability requirements. Barely introducing AI technology in wireless network to solve a certain network optimization problem does not enable network self-optimization. Future communication is not only considered to apply AI to enhance the certain function, e.g., network energy saving, mobility management, load balancing, (which is being discussed in the 3GPP), but also is designed to integrate AI into every aspect of wireless communication system to depict vision of the intrinsic AI. Therefore, to bring autonomous learning, autonomous decision-making, self-optimization and self-evolution, in the furture, AI-Native radio network will be an intelligent loop, in which is intelligent data perception, intelligent modeling, AI-assisted architecture, and intelligent monitor.
5G-Advanced mmWave: Evolving Towards 6G
After more than a decade of advanced R&D and ecosystem trials, commercial 5G mmWave service is now being deployed in 16+ counties/territories by 28+ operators. Looking forward, we expect 5G mmWave to expand into new geographic regions across the globe, and new device types and tiers will emerge to take full advantage of mmWave’s virtually unlimited capacity. On the research front, Qualcomm continues to push the technology boundaries of mmWave for 5G/6G by bringing new capabilities and enhancements. Join this keynote to: ▪ Track the latest update on the global commercial rollout of 5G mmWave networks and devices ▪ See our vision for 5G mmWave and the new opportunities it poises to bring for the broader ecosystem ▪ Learn about the mmWave capabilities and enhancements coming in 3GPP 5G-Advanced and 6G.
Self-Describing Digital Assets and tTeir Use Within Enterprise Edge AI Solutions
A self-describing digital asset carries its meta-data along with it. When building distributed enterprise AI solutions, having a catalog of self-describing assets can be very valuable. In this talk, we would describe an open-source community effort to create a catalog of such assets, and discuss the various use-cases that such a catalog can enable. We would also provide an overview of the Enterprise Neuro-System Group which is supporting the creation of this technology in its quest to enable enterprise AI Solutions.
The Progress of 6G: A Check Point
The wireless research community has launched the 6G research effort and many large scale research programs have been established globally, with an unprecedented investment into early stage of 6G technologies. Several progress in the 6G have been made in identify the use-cases, the technology trends and developing the enabling wireless technologies. The research community in both academia and industries have shared common views in the six key areas such as the native AI, integrated sensing and communication, integrated terrestrial and non-terrestrial networks, trustworthiness and carbon-net-zero. However, from a vison concept to the technical practically, there are still gaps for the enabling technologies in the engineering feasibility aspects and how 6G technologies will enable the ICT markets in the time frame of 2030-2050. In this talk, we share our perspectives and the route to drive the 6G technologies into a reality.