B[The Planning Institute of China Academy of Information and Communications Technology released the "Research Report on the Development of Intelligent Computing Infrastructure for Token Services (2026)"] October 9th, recently, at the 16th Smart City and Smart Economy Expo, the Institute of Industry and Planning of the China Academy of Information and Communications Technology officially released the "Research Report on the Development of Intelligent Computing Infrastructure for Token Services (2026)". As the continuation and deepening of a series of studies on intelligent computing infrastructure, the report focuses on intelligent computing infrastructure oriented to token services, focusing on the five key links of situational characteristics, policy orientation, regional layout, technological breakthroughs, and industrial ecology, expounding the latest development trends and typical practices, and is committed to providing decision-making reference for industry enterprises and related institutions. B[Qualcomm: Continue to promote 6G for the AI era and prepare for commercial use in 2029] On September 11, reporters learned from Qualcomm that Qualcomm is continuing to promote the research and development of 6G technology for the AI era. In Qualcomm’s view, the evolution towards “AI native 6G” will not only occur in the connection itself, but will also further expand to computing and perception. In terms of connectivity, Qualcomm focuses on new frequency bands, larger bandwidths and ultra-large-scale MIMO (Giga-MIMO) to significantly improve network capacity and uplink capabilities; in terms of computing, Qualcomm joins hands with the industry to further extend energy-efficient computing from the cloud to the edge of the network, allowing the network itself to participate more in AI computing and intelligent collaboration; in terms of perception, Qualcomm uses large bandwidth to achieve radio frequency sensing and integrates it with cameras and other modes to build a digital twin of the physical world to provide support for scenarios such as smart cities and autonomous driving. It is reported that for future connections, Qualcomm has reached a 6G development consensus with nearly 60 leading companies around the world, nearly one-third of which are Chinese companies, to jointly promote 6G technology research and development and industry collaboration to prepare for commercial use in 2029. B[China-led international standard project for smart city artificial intelligence application successfully established] September 4th, according to the State Administration for Market Regulation, recently, the China-led international standard proposal "Sustainable Development of Cities and Communities - Artificial Intelligence Application in Smart City Operation Models Part 2: Principles and Elements" (ISO 37127-2) was successfully approved by the International Organization for Standardization (ISO). Artificial intelligence is deeply integrated with urban governance and has become a key technology to improve the efficiency of urban governance. This standard aims to build a systematic governance framework for artificial intelligence applications in smart city operations, clarify core elements such as governance systems, implementation paths, collaboration mechanisms, and effectiveness evaluations, and strive to solve the dilemma of "technology and no rules" in cities. At the strategic management level, the standard plans to put forward guidelines for risk supervision and performance monitoring; at the public service level, the standard plans to put forward implementation guidelines for the integration of personalized and inclusive services; at the resource management level, the standard plans to put forward guidelines for data governance and resource collaborative layout to comprehensively promote the construction of an inclusive, transparent, and responsible urban AI governance system. The standard will be jointly developed by experts from 16 countries including China, the United States, the United Kingdom, France, the United Arab Emirates, Singapore, Malaysia, Brazil, and Iran. B[China has made important breakthroughs in the key technology field of high-end remote sensing dynamic imaging] September 2, according to the State Administration for Market Regulation, China has recently made important breakthroughs in the key technology field of high-end remote sensing dynamic imaging. In response to the mutual constraints of lightweight, low-power consumption, and high-dynamic imaging performance that urgently need to be solved in the fields of drones, satellites, and robots, the State Administration for Market Regulation (Light Sensing and Image Metrology) established by China Jiliang University, in conjunction with Beijing University of Aeronautics and Astronautics and other organizations, organized technical research and achieved centimeter-level ultra-high-resolution three-dimensional imaging under small and low-power constraints, solving the problem of accurate capture and analysis of scene information in industries such as low-altitude economy and intelligent vision. According to reports, the research team has made breakthroughs in core key technologies such as "miniaturized low-power ultra-high-resolution imaging, high-precision transfer function dynamic aberration compensation, and three-dimensional high-precision reconstruction of strong noise environments." The relevant results have independent intellectual property rights, and the overall technology has reached the international advanced level, and some of the technologies are at the international leading level. At present, relevant technological achievements have been applied in fields such as drones, aerospace, forest fire prevention, security, border and coastal defense, industrial robots, special equipment monitoring, smart cities, etc., with significant economic and social benefits.
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