新华社北京12月7日电 题："人工智能+"行动加速赋能经济社会高质量发展 新华社记者 "积极推动人工智能科技创新与产业创新深度融合，赋能经济社会高质量发展，助力提升人民群众生活 品质"，习近平总书记高度重视人工智能的发展和治理，一系列重要论述为我国人工智能发展指明方 向。 今年8月，国务院印发的《关于深入实施"人工智能+"行动的意见》对外公布，部署"人工智能+"科学技 术、"人工智能+"产业发展、"人工智能+"消费提质等6大重点行动，明确了实施"人工智能+"行动的总体 要求、发展目标和关键领域。各地各部门全面落实党中央、国务院重要部署，从实验室到生产线，从供 给侧到消费端，一场深刻变革正在悄然发生。智能工厂的"智慧大脑"让上万种零部件协同起舞，远程医 疗的"数字分身"为千里之外的病人隔空会诊，智能家居让百姓生活更加美好…… 岁末年终，新华社记者深入多地一线，记录下"人工智能+"行动落地生根、开花结果的生动景象，感受 新质生产力带来的高质量发展脉动。 在复旦大学附属中山医院，基于对45万份胸部CT报告及影像数据集进行训练的智能体，可对73种胸部 病变及征象进行高精度识别，自今年7月以来累计服务24万余人次，并推 ...

Core Viewpoint - The 8th Intelligent Finance Forum held in Shanghai emphasizes the transformative impact of generative artificial intelligence on financial management, advocating for a shift towards intelligent and digital finance as a necessity for high-quality development [1][3]. Group 1: Forum Overview - The forum was co-hosted by various organizations including Shanghai National Accounting Institute, China Petroleum, and several technology firms, highlighting the collaborative effort in advancing intelligent finance [1]. - The event featured discussions on the integration of AI technologies in finance, with a focus on the evolution from understanding dialogue to autonomous execution [3]. Group 2: Development Directions - Three key development directions were proposed: 1. Promote independent innovation to establish a unique Chinese intelligent finance knowledge system [3]. 2. Strengthen security awareness to ensure the safety of financial digital transformation [3]. 3. Deepen open cooperation to build an intelligent finance ecosystem that integrates industry, academia, and research [3]. Group 3: Research and Policy Insights - The 2025 China Intelligent Finance Development Report outlined six dimensions of intelligent finance development, including policy support from the government and the increasing demand for automation due to rising labor costs [5]. - Significant growth in related academic publications and the emergence of RPA and ChatGPT as pivotal points in the field were noted [5]. Group 4: Research Institute Achievements - Since its establishment in 2018, the Intelligent Finance Research Institute has gathered 19 organizations and 525 researchers, producing numerous reports and white papers [6]. - The institute plans to focus on ten key tasks in 2026, including participation in the "14th Five-Year Plan" and the establishment of a knowledge-sharing platform [6]. Group 5: Awards and Recognitions - The forum announced the winners of the 6th Intelligent Finance Best Practice Awards, recognizing 10 organizations for their comprehensive achievements and 10 for specific practices [8][9][10]. - Notable winners included China Petroleum and Haier Group, showcasing innovative applications of AI in financial management [9][10]. Group 6: Key Success Factors - Successful intelligent finance transformation requires clarity in strategy, effective use of technology, solid data foundations, restructured processes, empowered talent, value focus, and risk control [13]. - The integration of AI in finance is evolving from standardized accounting to personalized management accounting, with a focus on overcoming various bottlenecks [13].

朱雀飞天，算力升空 [Table_Title2] 计算机行业周报 [Table_Summary] 本周观点: ► 一、朱雀三号首飞：入轨成功，回收失败 朱雀三号的首飞远超简单成败界定。此次飞行获取的 海量真实飞行数据，为后续攻克回收难关、实现低成 本太空运输目标提供了至关重要的依据。随着朱雀三 号后续型号快速迭代，中国商业航天有望迎来成本大 幅降低、发射频次持续提升的新阶段。 ► 二、太空算力，重塑未来数字基石 太空算力正成为重塑未来数字基石的战略焦点。北京 市规划于晨昏轨道部署千兆瓦级太空数据中心，分三 阶段实现从"天数天算"到"天基主算"的跨越，以 突破地面算力的能源、散热与资源瓶颈。中国已通过 "三体计算星座"和"一星多卡"架构等技术率先推 进工程实践。与此同时，SpaceX 凭借星链巨型星座与 可复用火箭体系，构建起全球覆盖的低延迟天基网 络，其估值飙升至近 8000 亿美元，凸显市场对太空 算力基础设施的战略看好。全球竞赛已启，谁主导轨 道资源与天基算力架构，谁将掌控下一代数字生态的 制高点。 ► 三、投资建议 受益标的: 火箭：航天动力、斯瑞新材、超捷股份、高华科技、 西部材料、航天机电、航天宏图 ...

在具身智能浪潮奔涌向前、机器人产业迈向全面升级的 2025 年，我们 亟需 灯塔指引方向，更需为领军者 喝彩、为创新者赋能。为发掘机器人与具身智能领域的年度标杆，记录产业高质量发展的辉煌足迹， 立德 机器人平台 第六届 LeadeRobot 中国机器人行业评选 申报工作 于 11 月 15 日正式拉开 。 本次评选覆盖 人形机器人与具身智能、工业机器人、服务与特种机器人、核心零部件、行业服务、人物 奖 项 六大核心系列，同步推出 两大权威榜单 ，全方位扫描中国机器人产业的 " 中坚力量 " 与 " 新生动能 " 。欢迎全行业优秀企业、机构及个人踊跃报名，共同书写 "中国智造"的产业新篇！ ▍ 第六届 LeadeRobot 奖项全景：六大系列 + 两大榜单，多维致敬创新力量 一、 人形机器人与具身智能系列奖项 聚焦人形机器人量产元年的产业突破，表彰在商业落地、技术攻坚与生态构建中表现突出的创新主体 1." LeadeRobot2025年度人形机器人商业落地先锋奖 " 与 " LeadeRobot2025年度人形机器人订单爆 发奖 " 在资本与舆论的喧嚣中，人形机器人能否真正创造商业价值，是悬在每一个参与者头上的 ...

中证报中证网讯（记者 徐金忠）12月6日，第八届智能财务论坛举行。本届论坛由上海国家会计学院、 中国石油、金蝶软件、元年科技、艺赛旗、中兴新云、科大讯飞（002230）、用友网络（600588）、浪 潮海岳、经邦大数据、ACCA、汉得信息（300170）、汇付天下、申能集团、浙能财务、久其软件 （002279）、蓝凌软件、远光软件（002063）、立信会计师事务所共同主办。 论坛以中国AI+财务行动为主线，以智能财务的最佳实践、生态共建以及前沿思辨等为核心议题，邀请 智能财务领域志同道合的专家学者，深入探讨人工智能与财务管理的深度融合问题。中国总会计师协会 智能财务专业委员会提供学术支持。 上海国家会计学院院长卢文彬在致辞中指出，当前正处于新一轮科技革命和产业变革的历史交汇期，以 大语言模型为代表的生成式人工智能技术，正从"理解对话"走向"自主执行"，深刻改变财务工作的理念 与形态。推动财务管理向智能化、数字化转型，是时代赋予的使命，也是高质量发展的必然要求。 论坛上，卢文彬、刘勤以及研究院联席院长共同揭晓了第六届智能财务最佳实践评选结果。本次评选共 选出10家单位荣获智能财务最佳实践年度综合大奖，10家单位 ...

来源：中国公共关系协会 2025年12月6日，中国公共关系协会第七届全国会员代表大会在北京召开，总结审议第六届理事会工 作，选举产生第七届理事会和领导机构。中央宣传部副部长王纲出席会议并讲话。 王纲代表中央宣传部向大会的召开表示祝贺。他谈到，公共关系行业是连接政府与民间、联通国内与国 际的一支重要力量，可以在服务经济高质量发展、完善社会治理体系、讲好中国故事、促进中外人文交 流中发挥独特作用。中国公共关系协会要加强政治引领，牢牢把握新时代公共关系事业发展的正确方 向，发挥公共关系助推经济社会高质量发展的积极作用，提高公共关系在国际传播中的参与度能见度， 推动构建中国特色公共关系体系不断取得新进展。 会议对中国公共关系协会和第六届理事会的工作给予肯定。会议指出，过去五年，协会各项工作取得了 显著成效，公共关系在服务国家治理体系、国际传播能力建设中的作用日益彰显。会议强调，党的二十 届四中全会对未来五年发展作出顶层设计，对进一步推进中国式现代化作出战略部署，国际国内形势对 公共关系行业提出了新要求，要把握新机遇、迎接新挑战，发挥好公共关系在服务现代化强国建设中的 重要作用。 中国公共关系协会第六届理事会会长郭卫民 ...

Core Viewpoint - The 2025 Second Zhongguancun Embodied Intelligent Robot Application Competition successfully showcased the application of embodied intelligence technology, emphasizing the transition from "laboratory algorithms" to "practical applications" in the industry [1][10]. Group 1: Competition Overview - The competition featured over 150 teams from renowned universities, research institutions, and innovative enterprises, culminating in 54 outstanding teams that set benchmarks for the application of embodied intelligence technology [1]. - The event was guided by various governmental bodies and organized by multiple institutions, aiming to foster the practical application of embodied intelligence [1]. Group 2: Core Challenge of Embodied Intelligence Models - The core challenge included two main tracks: the Embodied Brain Model Capability Challenge and the Embodied Small Brain Model Capability Breakthrough Challenge, focusing on optimizing the RoboBrain2.0 model [3]. - The Deepsick team excelled in the competition, achieving a 10% improvement in spatial reasoning tasks with their optimized RoboBrain2.0 model, securing the first prize in the brain track [3]. Group 3: Team Dynamics and Strategy - The Deepsick team, consisting of four members, operated with clear roles, functioning like a small "data-model" engine, emphasizing a systematic approach to problem-solving and iterative training [5]. - The team leader coordinated the research strategy and progress, while team members specialized in model training, evaluation, and technical discussions, ensuring a collaborative effort [5]. Group 4: Phased Approach to Model Optimization - The Deepsick team adopted a three-phase approach to optimize model performance: addressing weaknesses, enhancing specific capabilities, and achieving overall improvement [7][8]. - In the first phase, the team focused on diagnosing issues within the training set to avoid masking core problems, leading to effective solutions [7]. - The second phase emphasized data quality over quantity, with a strategy to uncover previously unseen data for better experimental results [8]. Group 5: Future Implications - The success of the Deepsick team reflects a broader trend in China's embodied intelligence industry towards practical innovation and application [10]. - The future is expected to see an increasing number of robots equipped with intelligent capabilities, playing significant roles in various settings such as factories, homes, and emergency sites [10].

Core Insights - The global robotics industry is entering a golden era characterized by technological leaps, widespread penetration, and ecological collaboration, driven by the deep integration of artificial intelligence and large model technologies [1] - In China, the robotics industry is a key engine for upgrading manufacturing and driving intelligent transformation, with over 50% localization rate in industrial robots and a continuous 12-year position as the largest application market globally [2] Event Overview - The 6th China Robotics Industry Annual Conference and LeadeRobot Industry Awards will be held on December 18-19 in Hangzhou, focusing on the theme of witnessing the power of leading Chinese robotics companies and illuminating the new stars of embodied intelligence [2][4] - The event will feature five major highlights, including cross-industry integration, practical empowerment from industry experts, authoritative rankings, a milestone celebration for the 10th anniversary of the organizing platform, and exhibitions and award ceremonies [4][5] Highlights of the Conference - The agenda includes investigation, keynote speeches, roundtable discussions, exhibitions, and award ceremonies, providing a comprehensive experience [4] - Notable speakers will include industry academicians, top scientists, founders of listed companies, and investors, sharing insights on trends, practical experiences, and investment logic [5] - The event will release authoritative rankings such as "Top 50 Leading Robotics Companies in China" and "Top 50 New Stars in the Era of Embodied Intelligence," establishing benchmarks for technology, market, and brand [5] Awards and Recognition - The LeadeRobot awards aim to recognize outstanding contributions in the integration of robotics technology and industry, covering various dimensions such as industrial, service, humanoid, and embodied intelligence robots [6] - New awards for individuals will be introduced, honoring leaders and young entrepreneurs who have made significant contributions to the industry [6] Publication and Participation - The "2025 China Robotics Development Yearbook" will be released during the conference, featuring industry analysis, outstanding company case studies, and technology trend assessments [22][24] - Early bird tickets for the conference are available, with limited quantities and significant discounts, encouraging participation from industry stakeholders [24]

Core Viewpoint - The 2025 Intelligent Robot Conference will be held on December 10 in Changping District, Beijing, aiming to bridge the gap between technological innovation and industrial application in the intelligent robotics field [1]. Group 1: Conference Agenda - The conference agenda is closely aligned with industry trends, covering policy interpretation, technical challenges, result showcases, and business matchmaking, ensuring each segment is rich in practical insights [6]. Group 2: Expert Insights - The conference will feature top experts from the intelligent robotics sector, including leaders from Tsinghua University and Beihang University, who will address core challenges in the industry and provide strategic guidance to overcome technical bottlenecks [7]. Group 3: Practical Industry Sharing - The conference will highlight practical experiences and pathways for technology implementation, featuring leading companies in the robotics field, such as Songyan Power and Beijing Daqi Yuequan Bionic, focusing on innovative applications and industry integration [8][9]. Group 4: Roundtable Discussions - A roundtable forum will facilitate in-depth discussions on overcoming barriers to scaling production and adapting robotics technology to specific scenarios, fostering resource collaboration within the industry [10]. Group 5: Value for Attendees - The conference offers valuable opportunities for industry professionals, entrepreneurs, investors, and researchers to gain authoritative insights, connect with over 300 industry elites, and witness cutting-edge technological achievements in intelligent robotics [11].

Core Viewpoint - The article highlights the successful conclusion of the 2025 Second Zhongguancun Embodied Intelligent Robot Application Competition, focusing on the theme "Embodied Intelligence, Application Future" and showcasing innovative teams from around the world [1]. Group 1: Competition Overview - The competition covered three core tracks and 19 key tasks, ranging from algorithm optimization to practical applications, demonstrating the cutting-edge achievements and application potential of embodied intelligent technology [3]. - The academic frontier and industrial ecology track received significant attention, focusing on both academic innovation and industrial potential, with participants showcasing advancements in various robotic fields [3]. Group 2: Team Achievements - The Beijing Institute of Technology's "Smart Mouse" team won the academic frontier track with a palm-sized, multi-modal quadruped robot capable of navigating narrow pipes and debris [3]. - The team identified industry pain points, particularly the limitations of conventional quadruped robots in confined spaces, and developed a solution inspired by the movement mechanisms of small rodents [5]. Group 3: Innovation Methodology - The team employed a systematic innovation methodology, transitioning from theory to practice and back, which involved extensive literature review, simulation validation, and real-world deployment to refine their theoretical models [6]. - Key breakthroughs included high biomimetic structure, multi-parameter integration, and coordinated control, resulting in a robot with 14 degrees of freedom at a scale of 20 cm [8]. Group 4: Practical Applications and Challenges - The technology developed by the team has clear pathways for industrial application, addressing the mobility limitations of small robots and enabling use in complex environments like pipeline inspections and disaster rescue [11]. - The team faced challenges in transitioning from simulation to reality, particularly in addressing performance issues caused by real-world factors, which led to the adoption of a data-simulation-physical testing iterative development model [12]. Group 5: Lessons Learned - The team emphasized the importance of early physical validation over reliance on simulations to identify bottlenecks and avoid unnecessary rework [14]. - They highlighted the significance of data and documentation accumulation for future reference and project reporting [14]. - The necessity of interdisciplinary collaboration was recognized, as the complexity of embodied intelligence requires expertise across multiple domains [14]. Group 6: Conclusion - The "Smart Mouse" team secured first place due to their comprehensive advantages in innovation, practicality, and stability, with their technology poised to play a significant role in various complex scenarios [15].