Core Insights - The event "Kunpeng Developer Day" in Beijing focused on the theme "Create the Future, Enjoy the Extraordinary," featuring a main forum, two sub-forums, and an interactive exhibition area to foster deep technical exchanges and industry practice sharing among developers from various sectors [1] Group 1: Event Overview - The event was organized by Huawei Technologies Co., Ltd. and hosted by the Beijing Kunpeng Joint Innovation Center, bringing together hundreds of developers from universities, enterprises, and research institutions [1] - Huawei's Vice President Ma Haixu expressed gratitude to developers for their support of the Kunpeng ecosystem, emphasizing their role in driving innovation and collaboration [1] Group 2: Technical Presentations - Peking University's Fan Chun discussed the integration of cloud computing and high-performance computing in AI applications, highlighting the development of the "Hesi Scheduling System" and the "SCOW Computing Platform," which supports over 80 computing centers [3] - Huawei's Li Sicong introduced the Kunpeng Unified Acceleration Library (KUPL), which enhances performance in high-performance applications by 2.7 to 4.6 times compared to traditional hardware, and reported that the openEuler operating system is expected to exceed 16 million installations by the end of 2025 [5] - Tsinghua University's Zong Zan shared advancements in large model inference acceleration on the Kunpeng architecture, achieving significant throughput improvements [7] Group 3: Industry Applications - North控数科's Cheng Xiaopei presented a cloud platform for state-owned enterprises built on Kunpeng technology, which has developed over 140 solutions across various sectors [9] - China Everbright Bank's Shen Jie highlighted the bank's use of Kunpeng's trusted cloud technology to enhance core business system performance, achieving a 36% increase in concurrency and a 27% reduction in latency [11] - Yuxin Technology's Song Tao discussed the end-to-end solutions based on Kunpeng technology, showcasing significant efficiency improvements in data processing for a banking project [13] Group 4: Educational and Collaborative Initiatives - China National Knowledge Infrastructure's Wang Liang shared the implementation of Kunpeng nodes in their research platform, resulting in reduced latency and energy costs [16] - The event featured the launch of the "Kunpeng Partner Co-Development Excellent Solutions" initiative, marking a new phase in collaborative development with over a thousand partners [18] - The Kunpeng Innovation Competition awarded prizes to outstanding teams, encouraging developers to continue exploring Kunpeng technology [20] Group 5: Developer Engagement - The event included technical forums and hands-on training sessions to empower developers with practical skills and knowledge about Kunpeng technology [23] - An interactive exhibition area provided developers with direct access to Kunpeng tools and resources, enhancing their experience and engagement [25] - The successful hosting of the Kunpeng Developer Day is expected to inject new momentum into the Kunpeng ecosystem in Beijing and North China, promoting the deep integration of computing technology into various industries [27]

以历史为镜鉴，影视发行传播行业从胶片时代到数字时代的传承，凸显了其在技术浪潮中对文化价值坚 守的深层智慧。无论是胶片转数字时的规范建立、视频网站崛起时的用户体验优化，还是AI时代的内 容精准匹配，每一次技术变革面前，行业均需在效率与价值间寻求平衡。这种抉择的核心在于，技术革 新不应成为稀释文化深度的推手，而应成为深化价值传递的引擎。唯有以技术赋能内容，以创新守护本 真，影像发行传播方能在海量数据中守住文化的根与魂，最终形成流量引导价值、价值反哺流量的良性 循环。 第二次抉择出现在21世纪第二个十年，视频网站崛起之际。彼时，视频网站改变了传统影院与电视 台"定时排片"的线性传播逻辑，普遍采取"全库开放"的会员制模式，为用户提供近乎"自助餐"式的观看 体验。部分平台很快陷入"流量至上"的陷阱——为吸引用户，将精品剧集强行拆分为额外收费的"超前 点播"片段。这一做法虽能在短期内获利，却因破坏观影连贯性引发观众抵制，导致品牌价值受损。也 有一些平台另辟蹊径，秉持差异化竞争思路，采取独播策略，聚焦纪录片、动画等垂直品类，深耕细分 受众，逐步建立起稳定的用户社群，最终在流量竞争中实现价值突围。这说明，流量获取需与用户体验 ...

Core Viewpoint - The introduction of a drone medical sample transportation route in Jinan significantly reduces the time required for transporting medical samples, enhancing efficiency and safety in healthcare delivery [3][6]. Group 1: Drone Medical Sample Transportation - The first drone medical sample transportation route in Shandong Province was developed by Jinan Energy's Jinan Low Altitude Economic Development Group in collaboration with Pingyin County People's Hospital [3]. - The drone transportation reduces the sample delivery time from approximately 40 minutes to just over 10 minutes, achieving a time reduction of about 70% [3][6]. - The drone is equipped with a temperature-controlled preservation device and an intelligent obstacle avoidance system, which lowers transportation costs and minimizes the risk of sample contamination [5]. Group 2: Operational Efficiency and Impact - The dedicated drone route has successfully operated nearly 3,000 flights, significantly shortening the waiting time for medical test results [5][10]. - The efficiency of blood sample transportation via drone is reported to be approximately 70% better than traditional ground methods, addressing traffic-related challenges and improving emergency response times for critical patients [6]. - The initiative is part of a broader strategy to develop a scalable low-altitude economy in Jinan, with plans to establish over 100 low-altitude routes by 2027 [6][8]. Group 3: Broader Applications and Future Developments - Jinan Low Altitude Group has established a comprehensive air medical supply transportation network in collaboration with various hospitals, expanding beyond just sample transport [10]. - The city has launched the first low-altitude version of a ride-hailing app, "Jinan Low Altitude," facilitating easy access to drone services for both professionals and the public [6]. - The successful implementation of the drone sample transportation route serves as a model for future applications in logistics, inspection, and tourism within the low-altitude economy [6][10].

Core Viewpoint - Taobao Flash Purchase has announced a comprehensive upgrade of its "Five Ones" service, focusing on enhancing support for urban riders and addressing their core needs in daily life, including accommodation, meals, and community safety [1][4]. Group 1: Service Upgrades - The "One Station" initiative has established over 150,000 rider stations, providing amenities such as smart charging devices and emergency medical supplies [4]. - The "One Bed" program has resolved accommodation issues for over 2,000 riders in cities like Beijing and Shanghai, with affordable housing options available [4]. - The "One Meal" initiative has served over 22 million new employment group members across more than 90 cities, offering meals at an average cost of 6.49 yuan, with 70% of meals priced below 15 yuan [4][5]. Group 2: Community Engagement - The "Community Hero" initiative has launched the "随手拍 2.0" program, encouraging riders to report community safety issues and participate in emergency responses [1][8]. - Riders have contributed over 150,000 hours to community service through the "随手拍" project, which includes addressing public safety concerns and providing assistance to vulnerable populations [8][9]. - The program has also recognized 10 riders for their contributions, providing them with rewards and support [10]. Group 3: Future Goals - The company aims to enhance the professional recognition of urban riders, ensuring they not only earn a living but also achieve personal value in their roles [10]. - The ongoing initiatives are expected to drive significant growth in instant delivery orders, creating over one million new jobs and increasing average daily income for riders by 60% [9].

Group 1 - The core viewpoint of the article highlights China's proactive approach towards 6G innovation, with commercial applications expected to start around 2030 and large-scale deployment by 2035, potentially creating a trillion-yuan 6G industry and application market [1][4] - The China Academy of Information and Communications Technology has conducted 6G technology trials for four consecutive years, completing the first phase and establishing over 300 key technology reserves, with industry expectations for 6G network deployment around 2030 [1] Group 2 - 6G is anticipated to be the most significant new generation of comprehensive digital information network infrastructure in the next decade, integrating communication, perception, computing, and intelligence technologies, expanding services from humans and machines to intelligent agents, and from ground to integrated space [4] - By 2040, it is projected that the number of 6G connections could exceed 5 billion, accounting for half of the total global mobile connections [4]

Core Viewpoint - The article emphasizes the importance of "proactive layout" in the context of global technological competition, suggesting that early strategic planning is crucial for future technological leadership and high-quality development [1][2]. Group 1: Proactive Layout - "Proactive layout" is defined as surpassing conventional thinking and planning ahead, where being early presents opportunities while being late may lead to significant gaps [1]. - The example of the electric vehicle industry illustrates that early investments in battery research and charging infrastructure have positioned China as a leader, with annual production surpassing 14 million units, accounting for over 50% of global output [1]. - The urgency of "proactive layout" is highlighted by the increasing technological restrictions imposed by Western countries, necessitating early strategic actions to mitigate risks [1]. Group 2: Strategic Directions - The article outlines three main strategies for advancing "proactive layout": 1. Advancing into "deep space and deep sea" to seize future technological opportunities, exemplified by the Chang'e 6 mission and the "Dream" deep-sea drilling vessel [2]. 2. Waging war on "bottleneck" technologies, emphasizing self-reliance in core technologies, as demonstrated by breakthroughs in high-end bearings and Huawei's HarmonyOS [3]. 3. Racing ahead in "future tracks" to become leaders in innovation, with examples including quantum computing and brain-machine interface technologies [3]. Group 3: Importance of Seizing High Ground - The concept of "seizing the high ground" is likened to cultivating superior crops in a vast field, where identifying advantageous positions can lead to defining industry standards [4]. - The article stresses the urgency of competing in the "future track," asserting that high ground must be actively seized rather than passively awaited [5].

来源：环球时报 当前，人工智能（AI）技术正飞速发展，其应用范围不断拓展，深刻改变着社会生产生活各个方面。 与此同时，全球能源体系也在经历深刻变革，清洁能源转型成为时代主题，满足AI能源需求已进入"如 何低碳""如何兼顾AI发展和应对气候变化"的新阶段。 但如果围绕二者的"痛点"，打造一个互促的循环，AI也可能为清洁能源转型提供前所未有的机遇和解决 方案，加速形成新型能源体系。首先，在发电端，多模态大模型通过融合气象、遥感、历史运行等多源 异构数据，显著提升新能源出力预测精度，覆盖水电、风电、光伏等新能源及火电、核电、煤炭等传统 能源领域，为源端优化提供精准支撑。其次，在电网运行层面，智能巡检、调度与故障自愈系统大幅提 升运维效率与电网韧性，助力"源网荷储一体化"建设。最后，在需求侧，智慧能源管理系统可以实现负 荷精细化调控，储能智能化运营与车网互动技术则可将能源消费转化为电网灵活资源，重塑能源价值 链。 值得注意的是，"完善人工智能治理"是AI与能源融合的前提和保障。当前AI在能源领域应用仍面临数据 基础薄弱、大模型"黑箱"等问题，尤其在核电站安全决策、电网实时调度等核心场景，对算法可解释性 与可靠性要求极 ...

Group 1 - The "Orange Point Classmate" public education platform launched its English version on December 16 to serve the growing number of overseas learners, providing free skills courses to over 570,000 students across 41 countries and regions [1][3] - The platform has integrated a comprehensive public service model that includes learning, training, competitions, certification, and employment, offering more than 300 practical courses in digital economy, cross-border e-commerce, and AI applications since its inception in 2022 [3] - The platform has gained attention from overseas universities, with its e-commerce certification course included in the elective curriculum of Malaysia's Melaka Technical University and a recent memorandum of cooperation signed with Singapore's Social Sciences University to jointly develop international courses [3] Group 2 - Alibaba's Rural Revitalization Fund aims to promote high-level vocational education internationally, transforming China's industrial practices into shareable course standards and continuously optimizing English course content based on overseas learners' needs [3] - In 2023, Alibaba's public welfare initiatives have focused on "AI empowering public welfare," enhancing the AI teaching capabilities of "Orange Point Classmate" by launching an AI guidance system and AI interview agents to improve learning and employment efficiency [3] - On the same day as the English version launch, the "Orange Point · Innovate Future Zhejiang-Hong Kong Vocational Education Alliance Annual Conference" was held, announcing the initiation of the first AIGC design competition to encourage innovative practices among vocational college students in Zhejiang and Hong Kong around global environmental issues [5]

Core Viewpoint - The introduction of the mobile opening thermal blanket greenhouse represents a significant technological breakthrough in China's daylight greenhouse sector, addressing long-standing issues such as insufficient intelligence, weak disaster resistance, and low land and light utilization efficiency [1][7]. Group 1: Traditional Challenges - The traditional rolling blanket system in daylight greenhouses faces limitations that hinder development, including structural safety risks and weak disaster resistance due to snow accumulation [2]. - The rolling blanket occupies vertical space of 0.6 to 1.0 meters, forcing increased spacing between greenhouses, which leads to a significant reduction in land utilization [3]. - The inability to achieve precise control in the rolling blanket system obstructs the advancement of fully automated and intelligent environmental control systems, limiting the modernization of facility agriculture [3]. Group 2: Technological Innovations - The new mobile opening thermal blanket system utilizes a rigid or semi-rigid composite unit that slides on a dedicated track, fundamentally solving the inherent defects of the traditional model [4]. - The system features a high-precision servo mechanism that eliminates errors from material deformation, allowing for centimeter-level control of opening positions and speeds, thus enhancing overall greenhouse intelligence [4][5]. - The design prevents snow accumulation and water pooling, significantly reducing the risk of greenhouse collapse and material failure [4]. Group 3: Performance Improvements - The new system ensures 100% light utilization by completely removing the thermal blanket from the lighting area, resulting in a 10% to 15% increase in effective light exposure [5]. - Land utilization improves by over 20% due to reduced greenhouse spacing, as the height of the greenhouse ridge can be lowered by 0.5 to 1.0 meters [5]. - The introduction of new materials enhances thermal performance, with a 50% increase in thermal resistance compared to traditional materials, ensuring temperature stability under extreme weather conditions [5][6]. Group 4: Broader Implications - The mobile opening thermal blanket greenhouse technology is expected to be particularly beneficial in high-latitude, snowy regions, addressing production risks and high energy consumption associated with traditional greenhouses [7]. - This technology facilitates the transition from traditional agricultural practices to modernized plant factories, integrating IoT and AI technologies for automated operations [7][8]. - The advancements contribute to national food security and promote sustainable agricultural practices by increasing production efficiency and reducing carbon emissions [8].

Core Points - The article discusses the ongoing collection of design submissions for the 2026 manned spaceflight mission logo, emphasizing the importance of specific design elements [1][3]. Group 1: Design Elements - The logo must include the Chinese manned space program emblem, which symbolizes the "Zhong" character and the shape of the Chinese space station, incorporating a gradient of blue, gray, and white colors [1][3]. - The design should be simple and easy to format for production, typically using the English version of the logo [3]. - Specific color usage guidelines are provided, indicating which colors are standard and which are prohibited for the logo [4]. Group 2: Space Station Configuration - The Chinese space station, named "Tianhe," consists of the Tianhe core module, the Wentian experimental module, and the Mengtian experimental module, forming a "T" shape since its completion at the end of 2022 [5]. - The Tianhe core module features multiple docking ports, including forward, backward, and radial ports, as well as two side docking ports [5]. Group 3: Spacecraft Configurations - The Shenzhou spacecraft, used for transporting personnel and supplies, consists of an orbital module, a reentry module, and a propulsion module [7]. - The Tianzhou cargo spacecraft is designed with a cargo module and a propulsion module, responsible for resupplying the space station [10]. - The new generation of reusable crewed spacecraft, named "Mengzhou," is set to conduct its first flight test in 2026, featuring a modular design [13]. Group 4: Launch Vehicle Configurations - The current crewed launch vehicle, "CZ-2F," has successfully launched 22 Shenzhou missions and includes four boosters and a distinctive escape tower [16]. - The new medium-lift launch vehicle "CZ-7" is designed for cargo missions during the space station's construction phase [19]. - The "CZ-10" and "CZ-10A" launch vehicles are set to play significant roles in future lunar missions, with the CZ-10A being a reusable variant [22].