Core Insights - The Future Network Experimental Facility has passed national acceptance and is officially operational, marking a significant advancement in China's network technology innovation and application capabilities [1] - This facility is the first major national scientific infrastructure in the information and communication sector in China, developed over more than a decade with contributions from various prestigious institutions [1][2] - The facility supports a wide range of innovative experiments and has already facilitated over a hundred major projects, significantly enhancing data transmission efficiency and collaborative training capabilities [2][3] Group 1 - The Future Network Experimental Facility covers 40 cities, has hundreds of network nodes, and over 55,000 kilometers of optical transmission lines, enabling thousands of heterogeneous business parallel experiments [2] - It has achieved breakthroughs in key technologies, including the world's first distributed large-scale network operating system and a wide-area deterministic network, placing it at the forefront of global advancements [2] - The facility has drastically reduced data transmission times, exemplified by the "China Sky Eye" project, which cut the data transfer time from 699 days to just 1.64 hours [2] Group 2 - The facility provides a large-scale experimental environment for computing power layout and network architecture decisions, supporting national strategies like "East Data West Computing" [3] - It complements operator networks and is expected to empower various industries, including manufacturing, education, and healthcare [3] - The facility will continue to be open for sharing and will promote the transformation of technological achievements, contributing to the construction of a strong network nation and high-quality economic development [3]

五山地区滨江片区环境秀美、风光如画。刘小涛沿江察看岸线修复和生态文明建设情况，他强调， 要深入贯彻习近平生态文明思想，共抓大保护、不搞大开发，统筹抓好生态环境保护、航运安全畅通、 文旅融合发展，让市民和游客共享更多绿色发展成果，努力绘就山水人城和谐相融新画卷。 在南通规划馆，刘小涛了解南通的区位特点、发展战略、空间格局、产创融合等。他指出，规划馆 展示的不仅是城市蓝图，更是发展态势和奋进决心。要把握多重战略叠加的机遇优势，发挥沿海地区的 空间优势、通江达海的资源优势和工商底蕴深厚的产业优势，谋深谋实一批重大战略任务、重大改革举 措、重大工程项目、重大平台载体，加快建设面向科技前沿的现代工业名城，奋力打造江苏沿海高质量 发展新增长极。 省政府秘书长赵建军参加调研。 12月1日至2日，省长刘小涛在南通市调研。他强调，要认真学习贯彻党的二十届四中全会和习近平 总书记对江苏工作重要讲话精神，深入落实省委十四届十次全会部署，牢牢把握高质量发展这个首要任 务，以科技创新引领新质生产力发展，聚力做强主导产业、培育壮大新兴产业，确保完成全年目标任务 和"十四五"圆满收官，为全省扛好挑大梁责任多作贡献。 在通州湾蓝海高新产业园 ...

Core Insights - Open universities play a crucial role in building a national lifelong learning system, focusing on regional economic and social development rather than just academic excellence [1] Group 1: Talent Development - Establish a demand-oriented mechanism for dynamic adjustment of professional training to align with key industries and emerging sectors [2] - Implement a collaborative approach with local governments, industry associations, and industrial parks for regular research and analysis of labor market needs [2] - Promote integration of education and industry through co-developed courses and practical teaching methods, enhancing the quality of the teaching workforce [2] Group 2: Research and Innovation - Open universities should act as a "think tank" to address regional challenges, forming collaborative innovation platforms with government and industry [3] - Establish specialized research centers to tackle local economic and social issues, providing decision-making support and technical solutions [3] - Facilitate the localization and application of research outcomes, particularly for local products, using e-commerce and new media marketing [3] Group 3: Community Engagement - Focus on grassroots service by implementing community education empowerment programs, transforming learning centers into cultural education hubs [4] - Offer inclusive courses for community residents and specialized training for community workers to enhance local governance [4] - Develop a digital platform for local cultural heritage, utilizing technology to create a resource library and online cultural courses [4] Group 4: Digital Transformation - Leverage technology to create a comprehensive lifelong learning platform that integrates various educational resources [5] - Utilize artificial intelligence to provide personalized learning paths and streamline the educational process [5] - Establish resource alliances with vocational colleges and training institutions to share high-quality digital educational resources [5]

Core Viewpoint - The rise of new technologies in the digital age is reshaping social development and significantly altering the landscape of knowledge dissemination and value creation, presenting unprecedented opportunities and challenges for ideological and political education in higher education institutions [1] Group 1: Reconstruction of Ideological Education Content Ecosystem - High-quality educational content is crucial for the transformation and innovative development of ideological education in the digital age [2] - Universities should leverage digital technology to integrate educational resources, enriching and expanding educational content to build a robust and contemporary content ecosystem [2] - The content system should combine theoretical depth with contemporary relevance, utilizing cloud resources to provide solid theoretical support and rich teaching materials [2] - Establishing a professional database to integrate classic Marxist literature and its relevance to ideological education content enhances the scientific nature of teaching [2] - Creating a premium course library through digital platforms can improve the educational value of the content [2] - Focusing on current social issues and utilizing big data tools to capture hot topics can enhance the timeliness of educational content [2] Group 2: Enriching Content Supply - The supply of content should be precise and diverse, with a focus on multi-dimensional assessment of students' comprehensive qualities to identify their needs [3] - Constructing individual profiles through analysis of learning records and behaviors allows for tailored teaching content [3] - Smart push technology can provide personalized learning resources and "menu-style" content options for students [3] - The presentation of educational content should break traditional formats, utilizing natural language processing to create interactive information graphics [3] Group 3: Innovative Teaching Methods - Ideological education must move beyond traditional one-way teaching, adopting a student-centered approach to create a new interactive educational paradigm [4] - Implementing blended teaching that integrates online and offline methods can maximize student engagement and learning outcomes [4] - Teachers should guide students through various activities, fostering deeper understanding and value clarification [4] - Utilizing online and offline platforms for post-class consolidation can enhance the learning experience [4] Group 4: Empowering Immersive Teaching - Digital technologies can create realistic scenarios that allow students to transition from observers to participants, deepening emotional engagement and value recognition [5] - Technologies like virtual reality and augmented reality can immerse students in historical contexts, enhancing their emotional connection to the subject matter [5] Group 5: Empowering Teacher Professional Development - Teachers are key players in the transformation and innovative development of ideological education in the digital age [6] - Cultivating digital teaching concepts and enhancing digital literacy among teachers is essential for their professional growth [6] Group 6: Updating Educational Philosophy - Teachers should embrace the digital age, leveraging technology to improve educational efficiency while maintaining a student-centered approach [7] - Establishing a digital literacy standard system can guide teacher development in various dimensions [7] - Providing professional training and creating a micro-certification system for digital literacy can motivate teachers to enhance their skills [7] - The transformation and innovative development of ideological education in higher education is a systemic change that requires continuous exploration and improvement [7]

Core Insights - The future network experimental facility has passed national acceptance and is officially operational, marking a significant advancement in China's network technology innovation and application capabilities [1][2] - This facility is the first major national scientific infrastructure in the information and communication sector in China, developed over more than a decade with contributions from various prestigious institutions [1][2] - The facility supports a wide range of innovative experiments and has already facilitated over a hundred major projects, significantly enhancing data transmission efficiency and collaborative training capabilities [2][3] Summary by Sections - **Project Overview** - The future network experimental facility is a key national scientific infrastructure aimed at overcoming the limitations of traditional internet technologies, initiated over 20 years ago [1] - The project was included in the national infrastructure construction plan in 2013 and has been developed by a consortium of leading universities and research institutes [1] - **Technological Achievements** - The facility features a comprehensive experimental environment covering 40 cities, with hundreds of network nodes and over 55,000 kilometers of optical transmission lines [2] - It has pioneered several critical technologies, including a customized network architecture and the world's first distributed large-scale network operating system [2] - **Impact and Applications** - The facility has significantly improved data processing times, exemplified by the reduction of data transmission for "China's Sky Eye" from 699 days to just 1.64 hours [2] - It supports national strategies such as "East Data, West Computing" and is expected to empower various sectors including industrial manufacturing and healthcare [3]

□ 吴良红 张新宇 党的二十届四中全会对"十五五"时期加快人工智能等数智技术创新作出重要部署，提出"全面实施'人工 智能+'行动，以人工智能引领科研范式变革，加强人工智能同产业发展、文化建设、民生保障、社会治 理相结合，抢占人工智能产业应用制高点，全方位赋能千行百业。" 苏州市相城区聚焦产业基础与资源优势，促进人工智能与实体经济深度融合，全力打造"数智经济新高 地"，为区域经济高质量发展注入强劲动能。未来，相城区需立足当前坚实基础，推动人工智能融合应 用迈向更深层次和更广领域。 推动场景开放，促进创新应用融合发展 完善应用创新场景推进机制，扩大AI技术在重点领域渗透率。鼓励龙头企业开放"人工智能+产业创 新"共性场景，向外输出成熟解决方案，降低上下游开展"人工智能+产业创新"实践的资金成本和技术门 槛。定期编制并发布"人工智能+"优秀案例集，带动更多企业服务应用水平，加快打造以人工智能为引 擎的"新技术—新产品—新业态"产业科技创新闭环。分步渐进推动场景拓展，在制造、交通、金融、建 筑、科研、能源等区内优势领域，加速通用大模型、垂直大模型在场景中的落地应用。在新兴领域，建 立场景探索机制、设立专项基金，鼓励企 ...

Core Insights - The article emphasizes the importance of digital resource construction in public art education within vocational colleges, highlighting the establishment of digital education platforms to enhance educational quality and accessibility [2][4][6] Group 1: Digital Resource Construction - The most representative achievement in digital resource construction for public art education is the establishment of digital education platforms, such as the National Vocational Education Smart Education Platform and the Smart Vocational Education Platform, which have attracted numerous vocational colleges [2] - By November 2025, the National Vocational Education Smart Education Platform is expected to have 16 professional resource libraries and 784 high-quality courses, with 9 resource libraries and 60 premium courses related to art [2] - Other platforms like Chinese MOOCs and Chaoxing Learning have also contributed significantly to the digital resources for public art education, with examples from institutions like Yangzhou Vocational University [2] Group 2: Theoretical Research - The theoretical research on digital construction in public art education is relatively underdeveloped, with only 26 relevant research papers identified by 2024, accounting for 4.4% of the total literature on vocational public art education [3] - The earliest relevant research appeared in 2014, suggesting the use of micro-courses and streaming media to enhance self-learning [3] Group 3: Challenges and Development - The development of public art education in vocational colleges has faced challenges such as insufficient faculty and course offerings, with historical documents indicating a slow start in this area [4] - Digital construction has alleviated some of these challenges, as seen in the implementation of blended teaching methods at institutions like Kunming Metallurgy College [4][6] Group 4: Course Development - The number of public art education courses has been increasing, with a total of 142 courses available across the two main platforms, and a significant rise in course offerings from 2016 to 2025 [6] - Course topics have diversified, including local culture, traditional crafts, modern art, and courses reflecting Chinese aesthetic values [6] Group 5: Future Directions - Despite existing challenges, the digital construction of public art education is recognized for its positive impact, suggesting a need for further optimization of resources and innovative teaching methods to enhance the integration of theory and practice [7]

联治聚力，协同共治"新格局"。积极引导新联会会员融入基层社会治理体系，在参与矛盾调解方面，依 托会员中的法律专业人士、社会组织负责人等，以情、理、法相结合的方式，将矛盾化解在基层、解决 在萌芽状态。在助力平安建设方面，积极参与群防群治工作，配合派出所、村庄开展矛盾安全隐患排 查、防范电信网络诈骗宣传等活动40余场。在培育文明乡风方面，会员带头参与全民阅读、政策宣讲、 移风易俗等新时代文明实践活动，通过组织文化讲座、榜样评选、家风家训宣传等方式，带动村民自我 管理、自我服务、自我教育、自我监督，提升基层治理的精细化水平。 下一步，大伦镇新联会将继续践行"三联"工作法，不断丰富工作内涵，创新活动载体，健全长效机制， 进一步激发广大会员的积极性、主动性和创造性，努力将新联会建设成为凝聚人心的"磁力场"、建言献 策的"智慧库"、服务社会的"生力军"，为助推大伦经济社会高质量发展和基层治理现代化贡献更 多"新"力量、展现更大"新"作为。 翟小勉 为充分发挥基层新的社会阶层人士联谊会的作用，切实汇聚新的社会阶层人士力量，泰州市姜堰区大伦 镇新联会积极探索实践以"联心惠民、联智参政、联治聚力"为核心的"三联"工作法，着力在 ...

高效规范执法，创新企业监管格局。持续深化"综合查一次"改革，新增联合检查场景19项，完善行政检 查公示、意见反馈等机制，全区共开展联合检查3916次，涉企检查频次有效压降。开展规范涉企行政执 法专项行动，公开征集涉及8类问题线索，挑选41家企业组成监测企业库，对211卷涉企执法案卷进行评 查并督促整改。共办理涉企"免罚轻罚"案件5129件，涉及金额1250万元，涉企执法温度进一步彰显。 专业精准服务，守护民企健康发展。深化"产业链+法律服务"，组建涉外法律服务团、青年律师护航民 营企业法律服务团，举办法律服务产品大赛、数据要素市场法治保障沙龙、"企业全球战略"圆桌会议、 涉外法律服务分享会等活动。吴中区"跨境电商"法律服务产品荣获全省"产业链+法律服务"产品大赛一 等奖。全年办理"涉外公证+领事认证"一体联办服务286件，全方位护航企业"走出去"。 刘贵娟 苏州市吴中区司法局坚持以法治强治理、优监管、提服务，全方位打造最优法治化营商环境，护航民营 企业稳健发展。 严格依法行政，打造公平竞争环境。推动出台《吴中区2025年优化营商环境行动方案》，将5个事项纳 入区级重大行政决策目录，对9份政府行政规范性文件进行 ...

Core Insights - The article emphasizes the efforts of the Suzhou Industrial Park Treasury Payment Center to reduce burdens on grassroots levels by implementing digital reforms and enhancing fiscal service efficiency for high-quality development [1] Group 1: Digital Transformation Initiatives - The Treasury Payment Center has launched a comprehensive fiscal expenditure management system to address cumbersome application processes and lengthy approval cycles, integrating expenditure management, item approval, and plan approval into a streamlined digital process [2] - A new integrated reconciliation system has been developed to improve account management efficiency, allowing for automatic data matching and reducing the traditional manual reconciliation workload [3] Group 2: Enhanced Regulatory Framework - Utilizing big data technology, the Treasury Payment Center has established a smart regulatory system with 10 warning rules for real-time monitoring of fund flows, effectively preventing payment risks and reducing the burden of post-event corrections for grassroots units [4] Group 3: Efficiency in Financial Reporting - The Treasury Payment Center has restructured the financial reporting process to unify departmental financial data, significantly simplifying the approval process and allowing for timely completion of financial reports for 179 budget units in 2024 [5] - The introduction of a "one-click approval" module has streamlined the decision-making process, enabling faster and more efficient financial reporting [5]