Core Viewpoint - The meeting held by the China Communications Standards Association (CCSA) focused on advancing wireless communication technology standards and fostering collaboration within the industry [1] Group 1: Meeting Overview - The 67th meeting of the Wireless Communication Technology Working Committee (TC5) took place in Guiyang from August 12 to 15, organized by China Mobile and Zhongxing Telecommunication Equipment Corporation [1] - CCSA, established in 2002, is responsible for the research and formulation of national and industry standards in the information and communication sector [1] Group 2: Key Achievements - China Mobile led the establishment of several industry standards, including the "Technical Requirements for Modules Supporting Drone Communication in 5G Digital Cellular Mobile Communication Networks" [1] - The research on "Evaluation Methods for Low-altitude Multi-mode Fusion Perception and Monitoring Technology" was also initiated during the meeting [1] Group 3: Future Directions - An "Intelligent Communication Network Technology Seminar" was held concurrently, discussing the scene requirements, key technologies, and standard promotion for intelligent communication, aiming to deepen the integration of intelligent systems with 6G technology [1] - The successful organization of the TC5 meeting by China Mobile enhances communication and collaboration within the telecommunications industry, promoting the standardization and industrialization of new wireless communication technologies [1]

Group 1 - The core expectation of 6G is to provide capabilities and services that transcend traditional communication, integrating elements like communication, perception, computing, AI, and big data to create personalized and customized service capabilities through platform-based networks [2] - The 2025 Global 6G Technology and Industry Ecosystem Conference was held in Nanjing, focusing on innovative network design and technological innovation to overcome challenges in 6G network architecture [2] - Key challenges identified for 6G network architecture include "flexibility, intelligence, and simplicity," with a call for end-to-end collaboration and the establishment of an intelligent computing ecosystem [2][3] Group 2 - Nokia's Balazs Bertenyi emphasized that 6G architecture should follow principles of unification, simplification, and modularity, with AI and machine learning being critical drivers for optimizing network operations and efficiency [3] - The concept of intelligent communication (ACN) is highlighted as a significant demand for 6G, influencing network architecture design by enabling networks to support intelligent entities and vice versa [3][4] - The Hexa-X-II initiative proposes a 6G architecture centered around AI/ML, establishing a layered service framework to enhance energy efficiency and performance [3] Group 3 - The design principle for 6G network architecture should shift from being network-centric to user-centric, providing customized network services and consistent user experiences [4] - The integration of AI, computing, data, and perception is expected to enhance network services for users, with a focus on environment-related RF propagation models for applications like digital twins [4][5] - A consensus was reached among experts that 6G network architecture should drive both "opening up" and "saving costs" through AI business expansion and modular design [5] Group 4 - The conference discussions not only focused on network architecture but also on technological innovation and ecosystem building, contributing to the paradigm shift from mobile communication to mobile information networks by 2030 [5]