浙江新一年住建"施工图"为何频提"人工智能"？ 中新网杭州1月8日电(鲍梦妮)1月7日，浙江省住房城乡建设工作会议在杭州举行。据会议消息，"人工 智能+住建"被列为新一年浙江省住建工作"四大牵引"之一，以及"十五五"时期的牵引性抓手。 为何"人工智能"成为该省布局下一步住建"施工图"的高频词？ 会议现场。 鲍梦妮 摄 一方面，这是中央规划的指引和时代发展所需。 去年，中央城市工作会议提出"两个转向"，即中国城镇化正从快速增长期转向稳定发展期，城市发展正 从大规模增量扩张阶段转向存量提质增效为主的阶段。这要求城市工作更加注重以人为本、更加注重集 约高效、更加注重特色发展、更加注重治理投入、更加注重统筹协调。 同年，《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》提出"全面实施'人工智能 +'行动"，推动人工智能进一步赋能千行百业。 住房和城乡建设工作一头连着民生，一头连着发展；人工智能具有广阔的应用前景，可以为传统产业提 质升级。对于曾多次公开强调"人工智能是一个时代"的浙江官方而言，提出"人工智能+住建"的部署， 既是对中央政策的回应，亦是时代发展的现实所需。 另一方面，浙江已有先行经验。 从多年 ...

2026年的第一个工作日，济南市委书记刘强在"新年第一会"——数智济南建设推进大会上，用"数智"二 字为全年发展定调。 从"数字济南"到"数智济南"，一字之变，不仅是概念的演进，更是城市发展逻辑的深刻转变。当全市的 目光聚焦于这场"智变"，也将蓄势待发的济南起步区，推到了数智转型的前沿阵地。 与其他区域不同，起步区在一张白纸上描绘未来。这意味着，没有传统基础设施的改造负担，可以更高 起点规划数智基因。而起步区也早已在各领域积极布局。 在基础设施上，起步区依托现有基础，持续推进"多杆合一、多感合一"的路侧设施升级，累计建设5G 基站1792个，实现城区5G网络连续覆盖和重点区域深度覆盖。同时，超前布局的算力设施为企业数字 化转型提供高速网络支撑。 面对全市"人工智能+"与"数据要素×"的核心驱动布局，起步区在这条"向智而行"的新赛道上，该如何先 行一步？又该如何走得更稳、更实、更具特色？ 1 理解起步区的数智路径，首先要读懂全市战略升级的深刻内涵。 "数字"解决的是"有没有"的基础问题，而"数智"追求的是"好不好"的融合赋能，这一转变背后，是济南 在城市竞争下半场的关键选择，也是人工智能重塑生产力、数据要素激活 ...

调研组深入产业一线，实地考察潼南区重庆电力高等专科学校的人工智能人才培养实践、四川英创力电子科技股 份有限公司的智能制造成果、遂宁市"城市大脑"在提升城市治理现代化水平中的创新应用，直观感受人工智能技 术在赋能产业升级、培育新动能方面的生动实践，深刻感受川渝地区以科技赋能产业升级的蓬勃活力。 在交流研讨会上，4位人工智能领域专家分别围绕"AI赋能千行百业与智启新质生产力""生成式人工智能前沿概 述""人工智能芯片与先进封装的挑战与机遇""仿生及水下机器人的创新探索"等主题作前沿技术分享，与会人员围 绕川渝两地人工智能产业链协同互补、关键技术联合攻关、科技成果转化机制等议题，进行深入交流探讨，提出 了诸多具有前瞻性和操作性的意见建议。 本次联合调研活动不仅为两地留学人员提供了深入交流、思想碰撞的平台，更通过实地调研与集中研讨，为助推 川渝人工智能产业发展贡献留学人员的智慧力量。 本报讯（四川日报全媒体记者 陈松）近日，川渝欧美同学会人工智能领域的归国留学专家、企业家代表40余人赴 重庆潼南、四川遂宁开展"留学报国·智启未来"——川渝人工智能产业调研活动。 ...

齐鲁晚报·齐鲁壹点记者 李文璇 数字政府建设实现新跃升。聚焦"高效办成一件事"，统筹实施数字政府建设一体化综合改革，着力打 造"1751"数字政府运行工作体系。迭代升级"爱山东"政务服务平台，注册用户达到1.2亿；在全国创新 开展"无证明之省"建设，推出全省统一的"鲁通码"，电子证照累计提供服务12亿余次；上线"鲁惠通"政 策兑现平台，推动惠企政策直达快享，累计兑付资金超100亿元。开展数字机关建设，优化升级"山东 通"协同办公平台，注册用户超159万人，构建移动办公"新常态"。推广应用"一表通"系统，推动基层报 表数据"只报一次"工作，赋能基层减负增效。 数字社会构建取得新成效。深入推进新型智慧城市建设，16市全部建成"城市大脑"，全部上榜数字城市 百强、数量位居全国第一。累计打造国家级数字乡村试点6个，省级数字乡村建设试点96个。数字公共 服务体系加快构建，智慧教育、智慧就业、智慧医疗等应用场景不断丰富。 数字基础设施迈上新能级。建成济南、青岛两大国家级骨干互联网直联点，成为全国首个"双枢纽"省 份，获批建设青岛国际通信业务出入口局，累计开通5G基站27.2万个，16市全部达到国家级"千兆城 市"建设标准 ...

Core Insights - The recent urban work conference by the Central Committee of the Communist Party of China marks a new direction for urban development in the new era, emphasizing high-quality urban growth and the transition from rapid urbanization to stable development [1][2] Group 1: Changes in Urban Development - The role of cities has shifted from being mere economic growth engines to important carriers of modernization and spaces for people's happiness, reflecting a dual focus on multi-dimensional value [2] - Urban development is transitioning from a focus on growth to a people-centered approach, emphasizing both production and living quality, and moving away from traditional industrial and real estate-driven models [2] Group 2: Hangzhou's Development Practices - Hangzhou serves as a model for the evolution from "growth logic" to "life logic," integrating the concepts of people-centeredness and quality enhancement across various urban development sectors [3][4] - The city has prioritized ecological development, viewing ecology as a core competitive advantage rather than a constraint, exemplified by initiatives like the West Lake's free access and the comprehensive protection of Xixi Wetland [3] Group 3: Innovation and Livelihood - Hangzhou has developed an innovation ecosystem that supports natural growth for talent and small businesses, characterized by a rich, self-sustaining environment that fosters continuous internal growth [4] - The city has made significant strides in public service equality and quality, enhancing citizen satisfaction through initiatives like the "most run once" administrative reform and smart urban management [4][5] Group 4: Future Recommendations for Hangzhou - To become a model of a "modernized people's city," Hangzhou should focus on balanced regional development and enhance the quality of living spaces, ensuring that all citizens can share in high-quality life experiences [5] - The city should create high-energy environments that cater to diverse cultural needs and support various demographics, including youth and the elderly, to solidify its status as a world-class modern metropolis [5]

Core Insights - The development of smart cities in China is significantly advancing, focusing on integrating technology to enhance urban living and governance [1][2][3][4] - The "14th Five-Year Plan" emphasizes the construction of modern, innovative, and resilient cities, with a strong push for digital transformation [1][4] Group 1: Smart City Innovations - Smart lighting systems adjust brightness based on pedestrian and vehicle flow, as well as natural light, contributing to energy savings [1] - Innovative applications like elderly care systems address the challenges of unattended elderly individuals, showcasing the potential of smart city solutions [1] Group 2: Governance and Efficiency - Smart city initiatives such as "One Network Management" in Shanghai and "City Brain" in Hangzhou enhance urban management and service capabilities [2] - The establishment of electronic health records for over 30,000 elderly individuals in Jinan demonstrates the practical benefits of smart city technologies [2] Group 3: Future Development Directions - Comprehensive transformation is essential, moving from isolated projects to coordinated systems that enhance urban governance and service delivery [3] - Reform and innovation are necessary to overcome challenges like data silos and mismatched public needs in smart city applications [3] - Security and data protection are critical, requiring clear regulations on data collection, storage, and sharing to ensure safe urban governance [3] Group 4: Vision for the Future - The evolution of smart cities represents not only technological advancements but also a shift in governance philosophy and the relationship between people and urban environments [4] - The goal is to leverage digital capabilities for high-quality urban development, paving the way for a new model of urban modernization in China [4]

Core Insights - The development of smart cities is fundamentally reshaping urban growth logic, emphasizing the integration of digitalization as the "blood" and "nerves" of urban life [1] - The "14th Five-Year Plan" suggests building modern cities that are innovative, livable, beautiful, resilient, civilized, and smart, highlighting the role of data in urban economic and social development [1] - Significant achievements have been made in China's smart city development, with a solid data foundation and increasingly rich application scenarios [1] Group 1 - Smart city initiatives enhance efficiency and upgrade urban governance through integrated systems like "one network management" and "digital twin cities" [2] - The focus on citizen welfare is crucial, as successful smart city projects are evaluated based on public feedback and satisfaction [2] - Examples include the establishment of electronic health records for elderly care in Jinan and the AI+medical ecosystem in Ningbo, which significantly reduce patient wait times [2] Group 2 - Future smart city development should focus on three areas: comprehensive transformation, reform and innovation, and security assurance [3] - Comprehensive transformation involves shifting from single-point construction to system collaboration, enhancing the intelligent and refined level of urban governance [3] - Reform and innovation are necessary to address issues like data silos and mismatched public needs, promoting coordinated efforts across departments and regions [3] Group 3 - Security assurance is essential as data and information become new elements in urban governance, necessitating clear regulations on data collection, storage, and sharing [3] - The evolution of smart cities is not only a technological challenge but also a process of updating governance concepts and improving institutional frameworks [4] - The transition to a fully digitalized urban environment is expected to drive high-quality urban development and create a promising vision for modern urbanization in China [4]

Core Insights - The article emphasizes the transformation of urban development through digitalization, enhancing the perception, judgment, and collaboration capabilities of cities, leading to a symbiotic relationship among people, cities, environments, and industries [1][4] - The "14th Five-Year Plan" suggests building modern cities that are innovative, livable, beautiful, resilient, civilized, and smart, with a focus on leveraging data for urban economic and social development [1][4] Group 1: Smart City Development - Smart lighting systems adjust brightness based on pedestrian and vehicle flow and natural light, while integrated sensors monitor air quality, noise, temperature, and humidity [1] - The implementation of smart city initiatives like "One Network Management" in Shanghai and "Digital Twin City" in Xiong'an New Area enhances infrastructure connectivity and data integration [2] Group 2: Citizen-Centric Approach - The success of smart city initiatives is measured by their impact on citizens, with examples like the establishment of electronic health records for over 30,000 elderly individuals in Jinan and the AI+Healthcare ecosystem in Ningbo significantly reducing patient wait times [2] Group 3: Future Directions - The article outlines three key areas for advancing smart city development: 1. Comprehensive transformation from single-point construction to system collaboration, enhancing urban governance and service capabilities [3] 2. Reform and innovation to address issues like data silos and mismatched public needs, promoting coordinated efforts across departments and regions [3] 3. Ensuring data security and privacy protection as new challenges arise from the integration of information and data in urban governance [3] Group 4: Vision for Urban Modernization - The evolution of smart cities is not only a technological challenge but also involves updating governance concepts, improving institutional frameworks, and redefining the relationship between people and cities [4]

Core Insights - Artificial intelligence (AI) is recognized as a strategic technology driving a new wave of technological revolution and industrial transformation, reshaping human production and lifestyle [1] - The Chinese government emphasizes the integration of AI technology and industry to enhance economic and social development, aiming for high-quality growth and improved living standards [1] Group 1: AI Development and Policy - The Chinese government has implemented a series of policies to enhance the overall strength of AI, promoting deep integration of AI technology across various industries [4] - The "AI+" initiative aims to empower multiple sectors, indicating a comprehensive approach to leverage AI for economic and social advancements [4] - The 15th Five-Year Plan highlights the importance of AI in driving technological innovation and industrial upgrades [1] Group 2: AI as a General Technology - AI is a general-purpose technology with wide-ranging applications, serving as an input for other industries and fostering new innovations [2] - The development of AI is driven by a combination of data, algorithms, and computing power, with data being a new production factor that enhances model training effectiveness [2] - Breakthroughs in deep learning algorithms enable machines to learn and adapt to specific industry needs, providing customized decision support [2] Group 3: AI Applications and Impact - AI demonstrates core capabilities in solving complex problems across various fields, including scientific research, economic development, social construction, and ecological protection [3] - In scientific research, AI facilitates interdisciplinary collaboration and addresses significant scientific challenges, potentially leading to a new paradigm in research [3] - AI optimizes resource allocation and production processes, significantly enhancing productivity without increasing input factors [3] Group 4: Future Directions and Challenges - The implementation of the "AI+" initiative faces challenges, including gaps in foundational theories and key technologies, as well as obstacles in practical applications [5] - The rapid evolution of AI technology is transitioning from experimental phases to value creation, prompting profound changes across various sectors [5] - To address these challenges, a focus on strengthening foundational research, enhancing infrastructure, and fostering collaborative innovation is essential [6]

Core Insights - Artificial intelligence (AI) is recognized as a strategic technology driving a new wave of technological revolution and industrial transformation, reshaping human production and lifestyle [1] - The Chinese government emphasizes the integration of AI technology and industry to enhance economic and social development, aiming for high-quality growth and improved living standards [1][4] - The "AI+" initiative is a comprehensive action plan aimed at empowering various sectors through AI, reflecting the government's commitment to harnessing AI for broad societal benefits [1][4] Group 1: AI Development and Integration - AI is a general-purpose technology with wide-ranging applications, driven by the synergy of data, algorithms, and computing power [2] - Data, as a new production factor, exhibits non-competitive use and increasing returns to scale, enhancing model training effectiveness as user scale and data accumulation grow [2] - Breakthroughs in deep learning algorithms enable machines to learn and reason, discovering complex patterns in data and providing customized decision support across industries [2][3] Group 2: AI Applications and Impact - AI demonstrates core capabilities in addressing complex real-world problems, significantly enhancing productivity and resource allocation in economic development [3] - In scientific research, AI fosters interdisciplinary collaboration and aids in solving major scientific challenges, potentially leading to a new paradigm in research [3] - AI's integration into daily life improves efficiency and service delivery, contributing to enhanced quality of life and societal advancement [3][4] Group 3: Government Initiatives and Policies - The Chinese government has implemented a series of policies to elevate the overall capabilities of AI, promoting deep integration of AI technologies across various industries [4] - Successful applications of AI in sectors such as industrial inspection, healthcare, and urban management illustrate its potential to improve operational efficiency and service quality [4] - The future focus includes promoting a collaborative ecosystem that encourages innovation and supports the transformation of traditional industries while fostering new strategic sectors [6] Group 4: Challenges and Strategic Focus - Despite advancements, challenges remain in foundational theories and key technologies, as well as obstacles in the practical application of AI [5] - The government aims to strengthen core technology research, enhance computing infrastructure, and develop a collaborative innovation system involving government, industry, academia, and users [6] - Emphasis is placed on establishing a robust legal and regulatory framework to ensure the safe and ethical development of AI technologies [6]