Core Viewpoint - Haier's new air conditioning industrial park in Thailand is officially launched, marking it as the largest air conditioning manufacturing base for a Chinese brand in Southeast Asia, with an annual planned capacity of 6 million units [1][2]. Group 1: Industrial Park Overview - The industrial park covers an area of approximately 324,000 square meters and features multiple intelligent production lines and a large-scale warehousing and logistics center, establishing a comprehensive manufacturing ecosystem for air conditioning products [1][2]. - The park is strategically located in Thailand's Eastern Economic Corridor, allowing direct supply to North America, Europe, Japan, and South Korea, positioning it as a global production and export hub for Haier's air conditioning products [2]. Group 2: Production Capacity and Product Range - The planned annual production capacity of 6 million units makes it the highest capacity manufacturing base for Chinese air conditioning companies in Southeast Asia [2]. - The product line encompasses 14 categories and over a thousand models, including household and commercial air conditioners, heat pumps, and container temperature-controlled air conditioning, catering to various residential and commercial needs [2]. Group 3: Technological Advancements - The industrial park is set to be the most intelligent in Thailand, featuring the first overseas implementation of OPSI (Order, Production, Supply Chain) for end-to-end digitalization, with 13 business scenarios and 23 systems planned [2]. - The digital transformation is expected to enhance production efficiency by 20%, reduce operational costs by 15%, and improve order response speed by 50%, solidifying Haier's leading position in the Thai and Southeast Asian markets [2]. Group 4: Global Brand Positioning - Haier's development in Thailand reflects its broader global branding strategy, having established itself as a leading brand in over 200 countries and regions, with a focus on technology and localized innovation [2]. - According to Euromonitor International, Haier has ranked first in global retail volume for large home appliance brands for 16 consecutive years, achieving top positions in various product categories such as refrigerators, washing machines, and water heaters [2].

Core Insights - The 2025 China International Industrial Expo showcases cutting-edge technologies and innovations from around 3,000 global exhibitors, highlighting the manufacturing industry's shift towards intelligence, flexibility, and sustainability [2][5][6] Group 1: AI and Robotics Innovations - Siemens and Zhongke Motong introduced the EMB intelligent assembly equipment for new energy vehicles, marking the first domestic application of Siemens' Industrial Copilot, which reduces program development time by 30% and lowers material waste by 10% [5] - Yujian Robotics presented a "super factory" platform that utilizes a centralized decision-making and distributed execution architecture, significantly enhancing production flexibility through multi-device collaboration [6] - The DOBOT ATOM humanoid robot achieved the first nationwide application of cross-scenario multi-task collaborative operations, demonstrating breakthroughs in key technologies for high-risk environments [6] Group 2: Sustainable Manufacturing Solutions - Delta showcased an AI digital factory and AI data center, emphasizing energy-efficient technologies that support sustainable industrial development through integrated solutions combining robotics, AI, and digital twin technology [7] - The Hong Kong Productivity Council presented AI-driven innovations, including a universal AI data management platform and an AI-powered wheelchair, aimed at enhancing manufacturing efficiency across various sectors [10] Group 3: Advanced Robotics Capabilities - The RICO wheeled humanoid robot from Siasun demonstrated advanced flexible grasping technology, suitable for complex collaborative scenarios [11] - ABB launched the OmniCore EyeMotion vision system, which enhances robot autonomy and functionality by allowing them to perceive and understand their environment using standard cameras, reducing debugging time by up to 90% [11]

Core Viewpoint - The global EDA giant Synopsys is undergoing a strategic transformation amidst the AI wave and the complexities of the chip industry, focusing on the integration of AI and chip design [1][2]. Group 1: Company History and Market Development - Synopsys entered the Chinese market over 30 years ago, initially promoting EDA tools in academia, and has since grown alongside China's chip industry [1]. - The company made significant investments in China, including a donation of over one million USD worth of Design Compiler software to Tsinghua University in 1995 [1]. Group 2: Strategic Transformation - Synopsys has transitioned from a focus on "chips" to "systems" with the acquisition of Ansys, aiming to lead in the new wave of intelligent systems [2]. - The CEO emphasized that the integration of chip and system capabilities is essential to meet the demands of complex intelligent systems like robotics and autonomous vehicles [2]. Group 3: Technological Breakthroughs - Key areas of technological advancement include system-level design, chip design upgrades, and AI agents, which are reshaping chip engineering design paradigms [4]. - System-level design integrates various domains such as electrical, thermal, and mechanical insights to provide optimized solutions for intelligent systems [4]. - Chip technology upgrades involve combining EDA solutions with multi-physics analysis to address challenges in advanced processes, thereby accelerating chip development cycles [4]. Group 4: AI Integration and Future Vision - Synopsys is pioneering the use of AI as a core capability in modern chip design, developing a framework for intelligent systems that evolve from basic capabilities to advanced decision-making [5]. - The company collaborates with the industry to create differentiated intelligent systems that enhance developer productivity and innovation while addressing talent shortages [5]. - The future of engineering is envisioned as a collaborative effort between humans and intelligent agents, leading to faster, more precise, and higher-quality designs [5]. Group 5: Industry Trends - The shift towards digital twins is fundamentally transforming engineering innovation, with AI-driven systems expected to achieve self-optimization [6]. - The aerospace sector exemplifies the impact of digital twin technology, which can significantly enhance safety and reduce costs in a long-term investment environment [6]. - Semiconductor companies like Synopsys are exploring new solutions through AI and systems thinking to address the complexities and talent gaps in global chip design [7].

在跨越速运的物流世界里，每一票货物从下单的那一刻起，便进入了一个由数字孪生、智能算法与物联 网设备共同构建的"平行宇宙"。通过在货物包装中嵌入的智能传感器，系统能实时采集位置、温度、湿 度、震动等数据，并在云端生成一个与物理货物完全同步的虚拟分身。当货物在高速公路上因事故停滞 时，系统会立即对比历史数据，预判延误风险，并自动触发备用路径规划——可能是调取附近的社会运 力，也可能是协调一架全货机改道接驳。这种"未卜先知"的能力，让跨越速运的"隔日达"承诺不再依赖 运气，而是建立在可计算的确定性之上。 当跨境电商因物流延迟错失爆单机会，当高端制造因关键部件断供被迫停产，跨越速运的"隔日达"服务 正以一张覆盖"空天陆"的科技网络，将物流行业的"不确定性"转化为供应链中的"确定性资产"。 从数字孪生的"虚拟分身"到智能关务的"跨境快车道"，从柔性运力的"按需召唤"到区块链溯源的"信任 重构"，跨越速运的科技网络正在覆盖物流的全链条、全场景。当行业还在用"价格战"和"规模战"争夺 市场时，跨越速运已用技术筑起一道难以逾越的竞争壁垒——因为在这里，"隔日达"从不是终点，而是 用科技为供应链注入"确定性基因"的起点。在这场 ...

在河南省洛阳市以北40千米，黄河中游最后一段峡谷的出口处，有一枚"定海神针"守护黄河安澜。 这就是小浪底水利枢纽。作为黄河治理开发保护的关键控制性工程，它控制着黄河92.3%的流域面 积、91.2%的径流量和近100%的输沙量，在黄河治理中占据着举足轻重的地位。 黄河是中华民族的母亲河，也是一条桀骜难驯的忧患之河，径流泥沙含量世界居首，年均输沙量高 达16亿吨。大量泥沙淤积在下游河床上，形成地上悬河。小浪底水利枢纽的调水调沙功能，犹如一把利 剑，直击黄河泥沙淤积的要害。 近日，在"何以中国·黄河安澜"网络主题宣传活动中，记者来到小浪底水利枢纽看到，正赶上汛期 调水调沙作业，巨大的水流如"黄龙"喷涌而出。 小浪底管理中心开发公司综合部副部长李立刚接受记者采访时表示，自2002年起，小浪底水利枢纽 已累计完成30次调水调沙作业，显著提升了下游河床的过流能力，由不足1800立方米每秒增加至5000立 方米每秒。黄河下游河道主河槽平均下切3.1米，有效保障了黄河下游的行洪安全，实现了环境协调与 水利工程的良性互动。 近年来，小浪底水利枢纽加快数字化转型，于2023年在水利系统率先建成了数字孪生小浪底平台， 成立小浪底 ...

卷模型，卷应用，是当下中国内地AI的发展现状。而如果将视角放到海峡对岸的香港，AI发展图景是 否会有所不同？ DELF 2025 现场 借着2025 数码娱乐领袖论坛契机，笔者深度观察了四家正在香港积极应用AI的企业，与几位高管深度 聊了聊他们眼中的AI，并解锁了与大陆"卷AI"气质不同的几个温情时刻。他们分别是Fizz Dragon创始人 兼CEO陈卓、恺英网络股份有限公司创新业务总经理王伊千、大南玩具实业有限公司总裁朱健豪、 Lenovo亚太区方案服务业务部AI解决方案高级经理明子丰。值得一提的是这四家公司分属于不同行 业： Fizz Dragon，是一家AI电影工作室，在AIGC爆火全球的档口，他们大胆尝试让AI参与到电 影制作的全流程，20位电影发烧友耗时13个月，完成了全球首部AI生成长篇电影《海上女 王郑一嫂》； 恺英网络，570亿市值的深交所上市公司，总部在上海。目前跟AI结合的创新 业务包括AI情感伴侣产品Eve，旗下AI垂类游戏大模型平台支持游戏爱好者和设计师通过迭 代投喂优化游戏效果； 大南玩具，创三代接班，年营收超过10亿，以美国市场为主，地面 渠道优势显著，合作大型商超及零售渠道包括沃 ...

项目还蕴含了多个创新点。一方面，汇聚、融合了实景三维地理空间数据、物联感知数据、流域基 础数据、业务管理数据和跨行业共享数据等体量庞大、结构复杂的多源数据，流域数据底板更加完整精 准。另一方面，打破了国外洪涝商业模型的束缚，通过自主研发河道洪涝预报模型，实现了洪水演进的 仿真预演，为防洪调度和决策提供了科学依据。 "大家可以把它想象成河流的'数字分身'。"项目承建单位、沈阳市勘察测绘研究院有限公司项目负 责人薄成解释，"我们前期利用无人机、无人船等工具，对秀水河流域的真实地貌、河道、周边环境进 行全方位扫描，采集到海量三维实景数据，并用数字技术手段把整条河流的'样貌'精准地'搬'到电脑 里，搭建起一条和真实秀水河流域'一模一样'的数字河流。" 目前，"数字分身"已实现流域洪水预报、预警、预演和预案的"四预"功能，在两处防洪关键点位， 还增设了视频监控等物联网感知设备两台套，实现河道水位实时监测。工作人员在平台操作端可以全面 掌握流域运行情况，并可以在三维场景中实现洪水演进仿真预演，对风险事件及时预警并匹配相应的防 洪预案，改变了靠人工经验的管理模式。 近日，自然资源部办公厅、国家数据局综合司发布2025年实景 ...

Core Viewpoint - 3D reconstruction is a critical intersection of computer vision and graphics, serving as the digital foundation for cutting-edge applications such as virtual reality, augmented reality, autonomous driving, and digital twins. Recent advancements in new perspective synthesis technologies, represented by Neural Radiance Fields (NeRF) and 3D Gaussian Splatting (3DGS), have significantly improved reconstruction quality, speed, and dynamic adaptability [5][6]. Group 1: Introduction and Demand - The resurgence of interest in 3D reconstruction is driven by new application demands across various fields, including city-scale digital twins requiring kilometer-level coverage and centimeter-level accuracy, autonomous driving simulations needing dynamic traffic flow and real-time semantics, and AR/VR social applications demanding over 90 FPS and photo-realistic quality [6]. - Traditional reconstruction pipelines are inadequate for these new requirements, prompting the integration of geometry, texture, and lighting through differentiable rendering techniques [6]. Group 2: Traditional Multi-View Geometry Reconstruction - The traditional multi-view geometry approach (SfM to MVS) has inherent limitations in quality, efficiency, and adaptability to dynamic scenes, which have been addressed through iterative advancements in NeRF and 3DGS technologies [7]. - A comprehensive comparison of various methods highlights the evolution and future challenges in the field of 3D reconstruction [7]. Group 3: NeRF and Its Innovations - NeRF models scenes as continuous 5D functions, enabling advanced rendering techniques that have evolved significantly from 2020 to 2024, addressing issues such as data requirements, texture limitations, lighting sensitivity, and dynamic scene handling [13][15]. - Various methods have been developed to enhance quality and efficiency, including Mip-NeRF, NeRF-W, and InstantNGP, each contributing to improved rendering speeds and reduced memory usage [17][18]. Group 4: 3DGS and Its Advancements - 3DGS represents scenes as collections of 3D Gaussians, allowing for efficient rendering and high-quality output. Recent methods have focused on optimizing rendering quality and efficiency, achieving significant improvements in memory usage and frame rates [22][26]. - The comparison of 3DGS with other methods shows its superiority in rendering speed and dynamic scene reconstruction capabilities [31]. Group 5: Future Trends and Conclusion - The next five years are expected to see advancements in hybrid representations, real-time processing on mobile devices, generative reconstruction techniques, and multi-modal fusion for robust reconstruction [33]. - The ultimate goal is to enable real-time 3D reconstruction accessible to everyone, marking a shift towards ubiquitous computing [34].

绿潮是海洋中一些大型绿藻在一定环境条件下暴发性增殖或聚集达到某一水平，导致生态环境异常的一种现象。自上世纪六七十年代以来，绿潮在许多 国家频繁暴发，已演变为全球性的海洋生态灾害。 "空天海岸"高效协同 精准掌握浒苔动态分布，是防控绿潮的关键第一步。针对传统浒苔绿潮监测技术手段单一、精度不足、时效性差的痛点，项目团队综合采用卫星遥感、 无人机和人工智能等技术手段升级完善了"空-天-海-岸"立体监测体系。 团队研发了无人机监测藻情智能解译算法和图传数传一体技术，实现对浒苔绿潮分布、面积等关键信息的精准解析和实时回传，解决无人机监测过程中 藻情解译效率低、回传时效性差的难题。同时，利用准同步卫星和无人机开展浒苔绿潮覆盖面积精细化解译，建立基于多源遥感的混合像元分解技术，更真 实还原海上浒苔绿潮实际分布，显著提升浒苔绿潮覆盖面积解译精度。此外，无人机多光谱影像生物量反演模型的研发，使得大范围浒苔绿潮生物量的高效 监测成为可能。 为快速准确鉴定大型海藻种类，项目还建立了北海区大型海藻标本库，筛选出大型海藻DNA条形码，完善了分子鉴定平台。这些技术的综合应用，如 同为海上藻情处置装上了"千里眼"。 "向阳红51"船海上巡 ...

苏州姑苏古城智慧城服平台 这套系统改变了空间管理和物业服务的底层逻辑，之前"靠人"，增加单位面积的员工密度，增加巡检次数，让人去"找事"；现在，每个需要重点维护的点位 都装上智能传感器，靠工具和AI巡检，让"事找人"。尤其到了"具身"时代，"移动巡检机器人"的出现更进一步在夜间、节假日等人工覆盖薄弱的时段，彻底 解决了漏检与误报问题。在服务被装进"无形工厂"，变成了一套准工业化方案。解决问题跑到了感知问题的前面，每天的市民报事数量也下降到了个位数。 凭借自研并融合了AI的数字化系统技术，千丁数科成为了很多空间、企业的AI领路人，除了在龙湖自有的物业、商业、办公等空间应用，同样被推广到了 街区治理、城市图书馆、市政公园、康养园区等更多场景中。在这些场景里，从"人找事"到"事找人"只是关键的第一步，终极的目标，是通过数智化架设一 套"神经系统"，让建筑完成高效、睿智的进化。 寒山寺，因唐朝诗人张继的《枫桥夜泊》闻名中外，到了今天，每年会有超200万人慕名而来。 在面积14.2平方公里的苏州姑苏区古城，像寒山寺这样被列入文物保护单位的，有500多个，庞大的客流对街区的日常维护是一个高难度的挑战。仅在垃圾 桶满溢等" ...