本报讯 （记者贾丽）开展城市算网基础设施建设，实现算力、存力和运力的高效协同，满足云边端各 类联接场景的高效应用，正逐步成为城市智能化转型的必然选择。 近日，1ms城市算网中国行专家座谈会和专题探访活动在上海市顺利举办，工业和信息化部新闻宣传中 心总编辑王保平在会上介绍，算力作为新质生产力的重要组成部分，已经成为当前经济社会高质量发展 的关键驱动力，城市算网整合算力资源、协同匹配算力需求，对城市数字化转型意义重大。 他指出，城市算网的建设是城市发展的内在需求和未来的必然趋势，未来需持续加强统筹规划、聚焦技 术创新，推动城市算网基础设施赋能千行百业高效应用。 上海市经济和信息化委员会、信息基础设施管理处副处长吴南竹指出，上海贯彻国家算力产业战略，将 其作为新质生产力培育突破口。上海市经济和信息化委员会通过出台智算中心建设导则、推动上线算力 统一调度服务平台、开展"算力强基揭榜行动"工作等不断夯实算力基础底座力量，并推出10亿元专项补 贴，发放"算力券、模型券、语料券"，助力企业便捷高效用算，未来将持续积极推动城市算网服务能力 提升。 商汤智能科技有限公司坚定投入商汤大装置的建设。相关负责人介绍，在赋能行业大模型 ...

Core Insights - The rapid growth of emerging applications such as AI large models, industrial internet, and fintech is driving a shift in computing power demand from "resource-intensive" to "experience certainty" [1] - The Shanghai Municipal Communications Administration and the Shanghai Economic and Information Commission have initiated a special action to develop a "millisecond computing" network, aiming for comprehensive coverage and efficient connectivity by 2027 [1][3] Group 1: Millisecond Computing Network - The "1ms city computing network" aims to create a super brain for cities, enabling ultra-fast response times and integrating various computing resources [2] - The construction of the 1ms city computing network is part of the national integrated computing power network initiative, which seeks to optimize resource allocation and scheduling [2][3] - Traditional networks face inherent bottlenecks such as multiple layers and uncertain delays, which cannot meet the demands of future computing needs [2] Group 2: Infrastructure Development - The "14th Five-Year Plan" emphasizes the construction of modern infrastructure, including information communication networks and integrated computing networks [3] - The Ministry of Industry and Information Technology has called for the development of high-speed, low-latency urban networks to provide millisecond-level computing resources [3][5] Group 3: Shanghai's Strategic Initiatives - Shanghai's "Pudong Computing" initiative aims to enhance the quality of computing power development, focusing on 5G-A base stations and fiber optic networks [7] - The city plans to establish a large-scale intelligent terminal facility system by 2026, enhancing its computing infrastructure [7] - Shanghai is leveraging its strengths in finance and AI to extend the capabilities of the 1ms computing network for real-time risk management and AI model training [8][9]

Core Viewpoint - The article emphasizes the importance of computing power as a new type of productivity that integrates information computing power, network carrying capacity, and data storage capacity, driving the transformation of urban development in the digital economy era [1][4]. Group 1: Development of 1ms Urban Computing Network - The 1ms urban computing network aims to achieve efficient collaboration and low-latency transmission of computing resources within cities, with a target latency of no more than 1ms between important computing infrastructure in urban areas [1][2]. - Zhejiang Province has established a 1ms low-latency circle, with the construction of a comprehensive 1ms optical network that covers a population of 20 million, doubling its coverage area [2][4]. - The network includes 1.6 million 10G-PON ports and has achieved gigabit fiber coverage for over 100 million households [4]. Group 2: Role of Telecom Operators - Major telecom operators, including China Mobile, China Telecom, and China Unicom, play a crucial role in the construction of the 1ms urban computing network [4][5]. - China Mobile has built a province-wide F5G-A 1ms optical intelligent computing network, achieving full coverage across 90 counties and creating a "highway" for data and computing power transmission [5]. - China Telecom has developed a hierarchical computing network architecture that achieves 1ms latency within cities and 3ms latency across the province [5]. Group 3: Industrial Empowerment through Computing Power - The China (Hangzhou) Computing Power Town focuses on developing a complete industrial ecosystem centered around computing power, particularly in integrated circuit design, high-end software, and intelligent hardware [7]. - The Zhejiang computing power monitoring and perception platform integrates resources from various providers, forming a computing resource pool of 3000P, which supports AI applications and enhances industrial development [7][8]. - Companies like Leap Motor utilize the 1ms urban computing network to achieve real-time data transmission for high-precision simulations and AI model training, significantly reducing vehicle design iteration cycles from 60 months to 24 months [10][11]. Group 4: Future Challenges and Recommendations - Despite the rapid growth of the computing power industry, challenges remain in building a low-latency, high-reliability, and secure urban computing network [11]. - Recommendations include accelerating the development of computing network infrastructure, promoting the digital transformation of various industries, and fostering open cooperation in the computing power industry to create resource aggregation effects [11].

Core Insights - The article emphasizes the emergence of the 1ms urban computing network as a crucial infrastructure for supporting artificial intelligence applications and enhancing smart city development [1][3][5] - The 1ms urban computing network is recognized for its ultra-low latency, which significantly improves data transmission efficiency and enables real-time responses for various smart applications [1][2][4] Group 1: Industry Development - The 1ms urban computing network is being constructed as a new type of information infrastructure, integrating computing power and network resources to ensure efficient matching and utilization of computing resources [2][3] - The Chinese government has set a target for the demonstration areas to achieve a 1ms latency urban computing network by 2025, indicating strong policy support for this initiative [3][5] - The development of the urban computing network is seen as a strategic measure for digital transformation across industries, with a focus on enhancing the digital economy [3][6] Group 2: Technological Advancements - The integration of the 1ms urban computing network with various AI models, such as DeepSeek, is enabling customized AI solutions for different sectors, including finance and government [2][4] - The network's capabilities allow for intelligent management of computing resources, supporting agile scheduling and real-time data processing [4][5] - The application of the 1ms urban computing network has led to significant improvements in operational efficiency, such as a 33% increase in production efficiency for the Jiangxi Copper Group's automated systems [5] Group 3: Future Directions - There is a call for strengthening standards and regulations to guide the development of algorithms and ensure the secure and stable operation of the computing network [6] - Emphasis is placed on fostering international cooperation to build a robust industrial ecosystem and promote collaborative innovation in technology [6] - The ongoing advancements in technology and the expansion of application scenarios are expected to further enhance the role of the 1ms urban computing network in smart city construction [1][3]