8月21日，长江日报记者从东湖高新区获悉，首条纵贯光谷生态大走廊的低空物流航线 获得相关部门批复。该航线是武汉市首条连接产业功能区与城市生态及生活核心区的低空物 流航线，标志着光谷在拓展低空经济应用场景方面取得新突破。 该航线由湖北科投旗下武汉光谷时空智能投资有限公司（以下简称光谷时空投）规划并 申报，航线位于光谷综保区与光谷生态大走廊LOGO广场之间，直线距离约9公里，线路设 计融合了城市生态纵轴，被命名为"生态纵轴航线"。 光谷时空投工作人员介绍，光谷生态大走廊北端附近聚集大悦城、沃德中心等商业体， 南端为光谷综合保税区。线路获批后，将进行航线两端的无人机末端站式自动化机场等基础 设施建设，随后进行无人机试飞，预计将于10月上旬试运营。届时，用户既可以在线下扫二 维码下单，也可以在运营方小程序平台下单。 "这条'低空快线'让该区域上班族快捷享受到光谷中心城热门商圈的网红咖啡、奶茶、 精致特色轻食'从天而降'的便利。"该工作人员介绍，综保区海关大楼附近上班族要点大悦 城的商家外卖，外卖小哥骑电动车送达需要33分钟，而通过无人机"空中专送"，最快可在10 分钟内精准送达，配送时间大幅缩短。 据介绍，该航线将采 ...

中国自然资源报 在线投稿 ttps://www.iziran.net 编 着无人 时,有: 无人机:自然资源督 荆青青 刘红丽 李梓晗 在自然资源督察工作迈向数智化的进程中,无人机技 术正凭借其独特优势,成为提升督察效能的关键技术。面 对自然资源全要素、国土空间全覆盖督察的新任务与新要 求,传统督察模式在诸多复杂场景下逐渐显露出局限性, 而无人机的介入,为督察工作带来了突破性的变革,更与 自然资源管理和国十字间规划"一张图"(以下简称"一张 图")建设深度融合,大幅拓宽了信息获取、证据采集与分 析决策的方式。 一是多维信息捕获,突破单一感知局限。无人机搭载 的传感器矩阵正在向多元化发展,除基础的光学相机外, 激光雷达(LiDAR)、热红外成像仪、高光谱相机等设备的 集成应用,让督察信息获取从"视觉可见"延伸至"多维可 感"。在耕地保护督察中. 多光谱相机通过分析植被反射 机可按周、月制定巡航计划,形成时 度上,微型无人机能穿越狭窄山谷 无人机则可覆盖数百平方公里开展 小"搭配的作业模式,完美适配了自 合"的工作需求。 三是数据精度跃升,推动精准? 测绘技术的进步,无人机数据精度[ R TK/PPK 差分定位系 ...

航线示意图 8月21日，从东湖高新区获悉，首条纵贯光谷生态大走廊的低空物流航线获得相关部门批复。该航线是武汉市首条连接产业功能区与 城市生态及生活核心区的低空物流航线，标志着光谷在拓展低空经济应用场景方面取得新突破。 航线纵贯光谷生态大走廊 该航线由湖北科投旗下武汉光谷时空智能投资有限公司（以下简称"光谷时空投"）规划并申报，航线位于光谷综保区与光谷生态大走 廊LOGO广场之间，直线距离约9公里，线路设计融合了城市生态纵轴，被命名为"生态纵轴航线"。 "这条'空中快线'让该区域上班族快捷享受到光谷中心城热门商圈的网红咖啡、精致特色轻食'从天而降'的便利。"该工作人员介绍，综 保区海关大楼附近上班族要点大悦城的商家外卖，外卖小哥骑电动车送达需要33分钟，而通过无人机"空中专送"，最快可在10分钟内精准 送达，配送时间大幅缩短。 编辑：代婧怡 多旋翼无人机 据介绍，该航线将采用多旋翼无人机，最大起飞重量25千克，最大载荷10千克，最大航程24公里，最高速度15米／秒，起降条件为中 雨及以下，起降抗风等级为六级。 随着电动垂直起降飞行器（eVTOL）等核心技术的日益成熟，该航线将由单一物流向多元融合转型，未来可延伸 ...

Core Viewpoint - The article highlights the recruitment opportunities in the field of intelligent construction, specifically focusing on the development and application of multi-rotor drones and underwater robots, under the guidance of Professor Jack C.P. Cheng at Hong Kong University of Science and Technology [1][4][5]. Group 1: Research Directions - Direction 1: Development and application of multi-rotor drones, aiming for autonomous navigation and exploration in GPS-denied environments. Candidates should be familiar with ROS programming, SLAM algorithms, and have experience in drone development [4]. - Direction 2: Underwater target recognition and 3D reconstruction using underwater robots, focusing on image enhancement and segmentation of underwater facilities. Candidates should have knowledge in computer vision, deep learning, and underwater imaging principles [5][6]. Group 2: Compensation and Benefits - PhD students can receive an annual scholarship of HK$ 225,120 (approximately HK$ 18,760 per month) and additional government scholarships totaling HK$ 337,200 (approximately HK$ 28,100 per month). They may also receive extra scholarships and fee waivers [8]. - Postdoctoral researchers and research assistants will be offered competitive salaries based on their capabilities [8]. Group 3: Application Process - Interested applicants are encouraged to send their CVs and relevant achievements via email to Professor Jack C.P. Cheng and Dr. Zhenyu Liang for further inquiries [9].

Core Insights - The conference focused on the theme "Moving Forward with Quality" and aimed to explore the potential of intelligent industries and new productivity through discussions on embodied intelligence, brain-computer interfaces, AI large models, and autonomous driving [1][2]. Group 1: Conference Overview - The conference was organized by the Chinese Automation Society and featured nearly 60 expert presentations, emphasizing the integration of academic research and industry foresight [1]. - Keynote speeches highlighted the importance of aligning with national strategic needs and fostering collaboration among experts to drive innovation in intelligent industries [1]. Group 2: Key Presentations - Professor Qian Feng discussed the development of an "Industrial Brain" that integrates all lifecycle production factors to enhance the deep integration of AI and manufacturing, which is crucial for the transformation of traditional manufacturing [2]. - Professor Chen Junlong emphasized the need for more efficient and lightweight models in industrial intelligence, critiquing the current focus on large model performance versus computational costs [2]. Group 3: Innovations and Awards - Professor Zhang Chenghui introduced the concept of a Meta-Energy system that integrates computing power, intelligence, and electricity, addressing key scientific challenges for upgrading power systems [3]. - The conference also recognized 123 technological achievements and awarded several prizes, including the Technology Progress Award and the Youth Science and Technology Award [3]. Group 4: Parallel Sessions - The conference included eight parallel sessions covering topics such as low-altitude economy empowerment, breakthroughs in brain-computer interface technology, and advancements in autonomous driving and intelligent systems [4].

Group 1 - The ninth Silk Road International Expo and the China-West Cooperation and Investment Trade Fair showcased over 100 flying devices and 350 low-altitude equipment, highlighting innovations and application potential in the low-altitude economy [1] - Companies like Shaanxi Dexin Intelligent Technology and Xi'an Aisheng Technology Group presented advanced drone technologies and systems for emergency firefighting, logistics, and industrial inspections, indicating a competitive landscape in the low-altitude sector [1] - China Telecom introduced the world's first low-altitude quantum secure smart network, emphasizing the importance of quantum encryption technology for communication security in low-altitude operations [1] Group 2 - The Low Altitude Economy High-Quality Development Conference announced a pilot list for low-altitude application scenarios in Shaanxi Province, including over ten scenarios such as drone inspections for passenger cable cars and smart photovoltaic systems [2] - Shaanxi Aviation Industry Development Group's "China Dragon" helicopter began operations in tourism, showcasing the integration of low-altitude operations with tourism and the development of a nationwide low-altitude control system [2] - The provincial low-altitude airspace coordination management office noted that continuous development of application scenarios will lead to the integration of low-altitude flying devices into various sectors of production and daily life [2] Group 3 - Cross-provincial cooperation is a notable feature in the upgrade of the low-altitude economy, with companies like Shanghai Baiyi Experimental Equipment Co. collaborating with local research centers for drone testing and certification [3] - Shaanxi Tongchen and Guanglow Temperature Technology Co. successfully conducted test flights of a ton-level liquid hydrogen electric vertical take-off and landing drone, demonstrating the potential of liquid hydrogen in aviation applications [3] - The industry is optimistic about Shaanxi's efforts to build a "low-altitude+" industrial chain, driving high-quality development through innovative business models and practices in the northwest region of China [3]

Group 1 - The seventh China Western International Investment and Trade Fair opened in Chongqing, showcasing various local "black technology" products, including smart medical devices and drones [1] - Chongqing Xishan Technology Co., Ltd. has established a medical-engineering transformation base with local hospitals, focusing on innovative medical projects and achieving complete domestic substitution for its products, with 80% of components self-researched and produced [1] - The "33618" modern manufacturing cluster in Chongqing has been enhancing its capabilities through collaboration among government, society, industry, and enterprises, promoting the integration of industrial, innovation, financial, and talent chains [1] Group 2 - Chongqing Kaima Medical Technology Co., Ltd. has applied full magnetic suspension technology to develop core components for life sciences and semiconductors, reducing product prices to half of imported counterparts, benefiting both patients and market expansion [2] - In 2023, Chongqing's Dianjiang County has attracted over 10 billion yuan to build a smart valve industry base, integrating raw material supply, component processing, and valve production, leading to a high-end smart valve industry chain [2] - Chongqing Huida Lemon Technology Group Co., Ltd. has opened markets in over 30 countries with its annual lemon production of around 70 tons, planning to export processed lemon products [2] Group 3 - The Tongan District has established a virus-free seedling center and a lemon product R&D base, aiming to increase the added value of lemons by over ten times, while collaborating with neighboring cities to create a national core lemon production area of 1 million acres and 1.2 million tons [3] - The Chengdu-Chongqing economic circle is being developed as a significant economic and technological innovation center, with both cities enhancing mutual development and attracting numerous domestic and foreign cooperative projects [3] - The Western International Investment and Trade Fair reflects the rising industrial vitality and enthusiasm for cooperation in China's western region, with expectations for deepening practical cooperation with ASEAN countries through new trade routes [3]

以"低空经济重新定义城市交通"为主题的第二届全球低空经济论坛春季会4月27日至4月28日在北京举行。 中国低空经济联盟理事长罗军表示："我们需要重新认识无人机，重新定义无人机。无人机将无处不在，无人机与AI结合将更加紧密，成为能够飞起来的 机器人。在2030年，我国无人机产业将率先实现万亿规模。" 罗军表示，无人机在迎来高速发展的同时，也在加快转型升级步伐，竞争将更加激烈，优胜劣汰不可避免。我国虽然是无人机大国，但是主要以消费级无 人机为主。当前，无人机正在由消费级向大中型、功能型方向转变，每一个细分赛道都是千亿级别。 无人机可分为固定翼无人机和多旋翼无人机。据介绍，固定翼无人机主要以油电混合为主，载重量已经突破1.5吨和3吨，下一步有望突破5吨和20吨。固 定翼无人机飞行距离能够突破2000公里，甚至更远的距离，主要用于物流运输。 多旋翼无人机主要是纯电为主，用于300公里半径内的短途运输和城市内点对点、端对端的快递运输。现阶段，无人机主要以油电混合、纯电模式为主， 太阳能、氢能等新能源动力的无人机将陆续推向市场。 记者从该场论坛上获悉，随着低空经济发展驶入快车道，无人机产业成为率先崛起的赛道。凭借相对成熟 ...