来源：光明日报 王兴军介绍，这种"高容量、低功耗、微型化"的传输系统，将成为未来低空智能、具身智能、绿色数据 中心等诸多前沿领域不可或缺的"大动脉"，为我国在下一代高密度计算网络建设中构建核心优势提供了 坚实的技术支撑。 新知解码 什么是边缘计算 以城市交通打个比方：云端计算就像把所有车辆都导向一个大型中心车站进行调度——虽然强大，但距 离远、易拥堵。边缘计算则是把小型调度站直接建在各个街区路口。 进一步，智能汽车要识别突然从马路冲出的行人，如果先把视频传给云端服务器，等指令传回，事故早 已发生。边缘计算就是让车辆或路边的基站瞬间完成判断和反应。它把计算能力从遥远的"中央大脑"下 沉到我们身边的"神经末梢"——比如大家身边的手机、路灯上的传感器等。 本报北京2月23日电（记者晋浩天） 当你惊叹于自动驾驶汽车流畅的避障，或陶醉于无人机集群精准的编队表演时，可能并未察觉，支撑这 些智能场景的海量数据正在无数边缘节点间疾速奔流。然而，承载这些数据洪流的传统光通信设备，往 往体积庞大、能耗高昂，犹如给灵巧的"飞鸟"绑上了沉重的"铅块"，严重制约了边缘智能的广泛部署。 如今，这一困境有望被一枚硬币大小的芯片破解。北京大 ...

Group 1: Investment and Capital Increase - China Aerospace Science and Technology Corporation's commercial rocket company increased its registered capital from 1 billion RMB to 1.396 billion RMB, a growth of 39.6% [1] - Tianjin Aisida Aerospace Technology Co., Ltd. raised its registered capital from 51.26 million RMB to 160 million RMB, an increase of approximately 212.13% [2] Group 2: Technological Developments - ByteDance's "Doubao" AI glasses are set to enter the shipping phase, featuring a self-developed spatial algorithm module and weighing less than 50 grams, with a starting price expected to be under 2000 RMB [3] - Sichuan Province is advancing the construction of a national integrated computing network and data infrastructure, focusing on secure data circulation and utilization [4] - Sichuan is also exploring local legislation to promote artificial intelligence and digital economy initiatives, including potential regulations for digital economy and AI industries [5] - The province aims to break through key technologies in advanced computing, embodied intelligence, low-altitude intelligence, and brain-like intelligence [6] - Sichuan targets a total computing power scale of 40 EFLOPS within 3-5 years, alongside the establishment of numerous digital transformation centers and industry clusters [7] Group 3: AI and Digital Economy Initiatives - Alibaba's Gaode has laid out plans for a world model and intends to release a new product application based on this model, which is currently ranked first in comprehensive scores [8] - WeChat has launched an AI mini-program growth plan, providing comprehensive support including cloud development resources and data analysis for the entire year of 2026 [9] - Beijing aims to accelerate the construction of a global AI innovation hub, targeting a core industry scale of over 1 trillion RMB within two years [10]

Group 1 - The Sichuan provincial government aims to cultivate 200 advanced smart manufacturing factories within 3 to 5 years as part of its digital economy innovation development plan [1] - The plan includes the establishment of 1 to 2 national-level emerging industry clusters and around 10 leading enterprises in the digital economy sector [1] - The initiative seeks to create approximately 20 digital application scenario laboratories and around 200 provincial digital transformation promotion centers [1] Group 2 - The strategy emphasizes a collaborative development model to enhance the overall layout of the digital industry across the province, aiming to build a significant national digital industry cluster [2] - Key cities like Chengdu and Mianyang will enhance their capabilities in smart equipment, new software, industrial internet, data security, and data infrastructure [2] - The plan includes exploring new business models in digital logistics, digital low-altitude, digital new energy, and intelligent connected vehicles [2]

Core Viewpoint - The Sichuan Provincial Department of Science and Technology and the Provincial Development and Reform Commission have jointly issued a work plan aimed at cultivating key low-altitude intelligent products by 2027, with specific targets for development and application in various fields [1] Group 1: Development Goals - By 2027, the plan aims to create at least 5 nationally influential low-altitude intelligent benchmark products [1] - The initiative targets the formation of no less than 10 high-quality data sets related to low-altitude intelligence [1] - The development of at least 5 strong intelligence and high agility low-altitude intelligent models is also a key objective [1] Group 2: Application Scenarios - The plan envisions achieving over 50 demonstration applications in fields such as emergency rescue, commercial tourism, transportation logistics, and urban governance [1] - The goal is to establish a comprehensive, in-depth, and high-level empowerment of low-altitude products through artificial intelligence technology [1]

Core Viewpoint - The successful completion of the bridge rotation in the Jinan-Qihe section of the Jing-Tai Expressway marks a significant breakthrough in the project, laying a solid foundation for the subsequent full-line connectivity [1][2] Group 1: Project Overview - The Jinan-Qihe section of the Jing-Tai Expressway is the first highway expansion project in China to upgrade from 6 lanes to 12 lanes [2] - The project is invested and constructed by Shandong Highway Group and undertaken by China State Construction Engineering Corporation [2] Group 2: Technological Innovations - The project utilizes advanced technologies such as "large segment intelligent cantilever bridge construction machine + rotation construction" to address challenges like large construction volume and high safety risks [1] - The bridge rotation was achieved with millimeter-level precision in a 70-minute operation, showcasing China's technical strength in large bridge rotation construction [1] Group 3: Strategic Importance - The project integrates cutting-edge digital technologies, including artificial intelligence and big data, to create a comprehensive smart management platform [2] - Upon completion, the project will enhance the traffic capacity of the national highway network and support the ecological protection and high-quality development strategies in the Yellow River basin [2]

Core Viewpoint - The article highlights the launch of a pilot project aimed at integrating education and technology in the low-altitude intelligent industry in Hangzhou, which is expected to drive innovation and talent development in this sector [1]. Group 1: Project Overview - The pilot project, named "Reform of the Mechanism for Cooperation between Innovation Platforms," is initiated by Beijing University of Aeronautics and Astronautics Hangzhou Innovation Research Institute, along with local government and Zhejiang Airport Group [1]. - The project aims to foster technological innovation, result transformation, talent cultivation, and industrial upgrading in the low-altitude intelligent field [1]. Group 2: Innovation and Collaboration - A collaborative mechanism has been established in the low-altitude intelligent sector, involving enterprises proposing challenges, government support, platform responses, workshop validations, and market evaluations [2]. - Over the past year, 15 advanced research and concept verification projects have been initiated, with R&D investments exceeding 10 million yuan, covering areas such as low-altitude operations and aviation safety [2]. Group 3: Future Development - The next steps include leveraging the research strengths of the Hangzhou Innovation Research Institute to develop composite engineering master's and doctoral programs based on enterprise needs [2]. - A talent-sharing mechanism will be established to send "technology vice presidents" and "industry professors" into companies to address key technical issues and promote mutual growth between renowned institutions and enterprises [2].