In his keynote speech entitled “How to Coexist harmoniously with AI and 6G”, You Xiaohu proposed a new path for the deep integration of 6G communication and AI for green development, which will further promote the innovative application of 6G intelligent technology. AI will enable 6G to achieve network autonomy, but it faces challenges such as green development needs, real-time requirements and uncertain performance. You Xiaohu pointed out that the development of native artificial intelligence based on data knowledge graph can effectively meet the green and real-time requirements of 6G network intelligence by identifying and mining a small number of key feature data from wireless big data and driving intelligent optimization in real time. By further developing the network digital twin driven by characteristic data, the performance of AI methods can be pre-verified in the twin before actual deployment, which can effectively solve the performance uncertainty of network AI. The research and development team of Zijinshan Laboratory has taken the lead in realizing the millisecond level of green real-time intelligent control and network digital twin capability on the 6G comprehensive test platform built. Experiments show that compared with 5G, the proposed green real-time intelligence greatly improves system capacity and delay performance, significantly improves user QoS service guarantee ability, and at the same time, the implementation cost is reduced by about one order of magnitude compared with the traditional path.

2500MAI4UNIV  At the opening ceremony, the Future Mobile Communication Forum released the Action Initiative to Jointly Promote Global 6G Consensus and Cooperation, proposing a clear 6G positioning, in-depth study of new scenarios, and industry-wide common definition of 6G; We call for the ITU 6G vision to strengthen the role of the 3GPP standards organization as a 6G standardization platform and promote the establishment of global unified standards.

In the form of the main forum of the opening ceremony, invited reports, and roundtable discussions, the conference focused on 6G vision analysis, global 6G development route, standardization rhythm, and eight frontier directions of communication and AI integration, wireless synsensing integration, air and earth integration, network architecture and key technologies, trust and security, high-band wireless transmission and devices, future business and application speculation, new technologies and new materials. In-depth exchange of 6G research and development results, and promote 6G cutting-edge innovation and international cooperation. At the same time, 6G cutting-edge achievements exhibition was held, and a group of 6G cutting-edge technological achievements from telecom operators, equipment manufacturers, well-known universities and Internet companies were displayed through static graphics, audio and video and physical objects, which attracted the attention of a large number of people in the industry.

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The conference gathered the world’s top experts from the United States, the United Kingdom, Germany, Sweden, Japan, South Korea, Singapore, the United Arab Emirates, India and other countries and regions, creating a diversified exchange platform. In the main forum, Gerhard P. Fettweis, professor of the Technical University of Dresden, Germany, introduced the research on 6G reliability improvement and cost 2500MAI4UNIV  optimization; Reinaldo A. Valenzuela, A member of the American Academy of Engineering, shared the 6G vision and technical direction. Khaled Ben Letaief, Senior adviser to the President of the Hong Kong University of Science and Technology, pointed out in his speech that the massive growth of global mobile traffic and the inability of 5G to meet the needs of organic integration of intelligence, perception, computing, control and communication have become the driving forces for the development of 6G. Nambirajan Seshadri, a professor at the University of California, San Diego, mentioned the challenges and innovative ways to integrate advanced technologies such as AI into 6G; Wang Jiangzhou, a member of the Royal Academy of Engineering in the United Kingdom, introduced the research on improving 6G spectrum efficiency to support 6G applications such as intelligent interaction, holographic communication and digital twin from the perspective of near-field communication and sensing technology.

The conference received the participation and support of many domestic heavy experts, academician Wu Jiangxing of the Chinese Academy of Engineering, academician Liu Yunjie, honorary director and chief scientist of Zijinshan Laboratory of the Chinese Academy of Engineering, academician Lu Jianhua of the Chinese Academy of Sciences, academician Yin Hao of the Chinese Academy of Sciences, academician Cui Tiejun of the Chinese Academy of Sciences, academician Zhang Ping and many other academician experts to share wonderful views.

At the same time, the conference released a series of 6G white papers, covering ICDT deep integration, 6G network architecture, RIS, semantic communication, GPT and communication, wireless intelligent cloud network, 6G data surface, edge endogenous intelligence, intent-driven self-intelligent network, quantum information technology and other directions, comprehensively demonstrating the research and exploration of 6G in the field of information communication.

In order to help Jiangsu build an industrial science and technology innovation center with global influence and accelerate the formation of new quality productivity, at the conference, Zijinshan Science and Technology City issued the “6G Technology to lead the future Industry Action Plan”. The action plan anchors 3+X key areas, implements 6 Zijin projects, introduces 10 Zijin policies, carries out 2 Zijin recruitment, and boosts the future industrial development led by 6G technology.

As Fu Jun, deputy Secretary-General of the Future Mobile Communication Forum, said, the 6G vision that gathers global consensus has been released, but the development needs and technical routes of 6G still need to be further explored. Through the Global 6G Technology Conference, an important communication platform, experts, scholars and industry leaders around the world can share the latest research results, promote the sharing and integration of global 6G R & D resources, gather global wisdom, promote the formation of a unified consensus, and jointly promote the win-win cooperation of 6G future industries and service applications.