后续，航科院将联合多方技术团队，聚焦GLS的深度应用与融合创新，加快技术成果的转化与推广步 伐。 本次试飞采用我国自主研发并获适航认证的国产地面导航设备，飞行程序由中国民航科学技术研究院独 立设计，实地验证飞行则由中国国际航空公司专业团队执行。从设备、程序到验证飞行，全环节均依托 国内专业技术力量完成，是我国在RNP AR衔接GLS精密进近技术领域拥有完全自主知识产权的集中体 现。 拉萨贡嘎机场地处海拔3500米以上的高高原地区，地形复杂、气象条件多变，长期以来对航班运行安全 和准点率构成严峻挑战。此次成功验证的GLS程序，深度融合了RNP AR路径灵活性与GLS高精度水平 及垂直引导能力，有效突破了传统导航手段在复杂地形与恶劣天气下的局限，首次实现拉萨机场双向精 密进近。这意味着即便在低能见度等不利气象条件下，航班仍可安全、高效地执行精密进近与着陆，显 著提升运行安全裕度与航班正常性。 本次试飞成功，充分验证了GBAS程序及GLS与RNP AR技术融合运行的安全性与可操作性，为我国民 航后续推进GBAS技术应用，以及高高原机场GLS与RNP AR导航技术组合，提供了完整的实践方案与 经验。项目的成功实施，体 ...

Core Viewpoint - The fifth Civil Aviation Operation Data Sharing Joint Conference and the first meeting of the management committee were held in Xi'an, focusing on enhancing data sharing applications in civil aviation and consolidating the effectiveness of data sharing mechanisms [2][3]. Group 1: Meeting Objectives and Discussions - The meeting aimed to implement the Civil Aviation Administration's (CAA) work deployment regarding the construction of smart civil aviation, emphasizing typical business scenarios and strengthening data sharing applications [2]. - The CAA's Development Planning Department presented the development history of smart civil aviation data governance and considerations for data management policy and resource system construction [2]. - The CAA's Transportation Department proposed requirements for promoting platforms such as "trunk and branch connectivity," air-rail intermodal transport, and air express lines to facilitate data sharing applications [2]. Group 2: Data Sharing Agreements and Participation - Eight units, including China Southern Cargo Airlines and JD Airlines, joined the "Civil Aviation Operation Data Sharing Agreement," while Nanjing University of Aeronautics and Astronautics joined the "Civil Aviation Operation Data Sharing Research Application Agreement" [3]. - The total number of units covered by civil aviation operation data sharing has reached 342 [3]. Group 3: Special Working Groups and Research Initiatives - Based on previous data application research proposals, the management committee approved the establishment of 11 special working groups led by various organizations, focusing on topics such as atmospheric vortex dissipation rate data sharing, full-process flight tracking, cockpit data application research, and intelligent schedule adjustments [3]. - These initiatives aim to further unlock the value of data elements and stimulate collaborative innovation within the industry [3].

《中国民航报》、中国民航网 记者张丰蘩 通讯员曾骞报道：11月4日，民航飞行校验中心召开党委理论 学习中心组（扩大）会议，传达学习党的二十届四中全会精神,研究部署校验中心贯彻落实工作。中心 党委书记孟庆芬主持会议并讲话，中心主任孔繁伟及党委委员参加，各部门处科级干部列席会议。 会议指出，党的二十届四中全会是在我国即将胜利完成"十四五"主要目标任务、向第二个百年奋斗目标 进军的新征程上举行的一次十分重要的会议。习近平总书记的重要讲话和全会审议通过的《中共中央关 于制定国民经济和社会发展第十五个五年规划的建议》，准确把握"十五五"时期党和国家事业发展所处 的历史方位，深入分析我国发展环境面临的深刻复杂变化，是对未来5年发展作出的顶层设计和战略擘 画，是确保基本实现社会主义现代化取得决定性进展的纲领性文件。 会议强调，党的二十届四中全会为我们做好当前及今后各项工作提供了根本遵循和行动指南。认真学 习、深刻领会、全面贯彻全会精神，是当前和今后一个时期全党全国的重大政治任务，对于我们坚持正 确发展方向、提升治理效能、更好履行自身职责使命，具有重要的指导意义。中心党委要带头开展专题 学习，发挥示范引领作用；各党总支、支部 ...

Core Viewpoint - The 2025 North Bund International Shipping Forum in Shanghai focuses on "collaboration to promote global shipping sustainable development," highlighting the integration of technology and innovation in the aviation and tourism sectors [2][3]. Group 1: Forum Overview - The forum includes a main session on international green shipping, an international maritime forum, and an international aviation forum, along with several sub-forums and special activities [2]. - Nearly 300 representatives from the global aviation sector participated in discussions on new trends and paths for aviation development [2]. Group 2: Shanghai's Aviation Strategy - Shanghai aims to build a world-class, comprehensive international aviation hub, enhancing its global influence through innovation and technology [2]. - The city is positioned at a critical juncture for upgrading its international aviation hub capabilities amid significant global changes [2]. Group 3: Technological Integration - The Civil Aviation Administration of China emphasizes the importance of technology innovation in achieving a smart and sustainable aviation sector [3]. - The "smart chain" initiative aims to connect technological elements, integrate industry ecosystems, and link global cooperation [3]. Group 4: New Business Models - The "Aviation + Business Travel and Cultural Exhibition" initiative aims to create a new service ecosystem, promoting innovative practices in the aviation and tourism sectors [4]. - China Eastern Airlines (CEA) and Shanghai Airport showcased their "Aviation + Culture and Tourism" innovations through immersive technology experiences [4]. Group 5: New Consumer Offerings - CEA launched the "China Pass Card," offering various exclusive benefits for inbound travelers, aiming to create a trillion-level inbound consumption ecosystem [5]. - The card includes discounts on CEA tickets, in-flight Wi-Fi, and free half-day tours for transit passengers [5]. Group 6: Flight Experience Enhancements - CEA introduced themed flights on nearly 400 routes to promote the forum's values and enhance passenger experience [6]. - The airline's new routes and network expansions aim to strengthen its position as a leading international carrier [6]. Group 7: Hub Development Metrics - In 2024, CEA is expected to handle 8.36 million international transfer passengers at Pudong Airport, accounting for 80.9% of total airport traffic [7]. - The airline's international transfer passenger numbers are projected to grow by 26.8% in the first half of 2025 [7]. Group 8: Collaborative Achievements - CEA and Shanghai Airport have worked together to establish Shanghai as China's largest aviation hub, with CEA being the domestic airline with the most international destinations [8]. - The focus on innovation and high-quality development is seen as essential for the future of the civil aviation industry [8].

Core Insights - The Jiangsu Civil Aviation Regulatory Bureau has officially launched the construction of the Emergency Coordination Management and Remote Supervision System project, which is a key initiative aimed at enhancing safety regulation efficiency, optimizing emergency response processes, and promoting smart civil aviation development [1][2] Group 1 - The project involves collaboration among various stakeholders, including project construction leaders, management teams, engineering supervisors, design units, and four winning companies, to ensure effective communication and coordination during the construction phase [1] - The regulatory bureau has emphasized three core principles for the project: safety, quality, and collaboration, which will be integrated throughout the entire project lifecycle [1][2] - The project is considered a benchmark for smart civil aviation construction, with a focus on high-quality completion and strict adherence to safety and quality standards [2] Group 2 - Specific work requirements have been outlined for the construction process, including the need to maintain stringent safety responsibilities, uphold high-quality standards, and ensure seamless collaboration among all parties involved [2] - The commencement of construction marks a new phase in the project, with the regulatory bureau committed to a meticulous work style to ensure effective project management and quality control [2] - The project is expected to significantly contribute to the overall safety and efficiency of civil aviation operations in the region [1][2]

Core Insights - The introduction of the intelligent flight ground sorting system at Pudong Airport aims to enhance operational efficiency and reduce average waiting times for flights by approximately 2 minutes, with a projected annual fuel savings of over 9,000 tons for airlines [1][2]. Group 1: System Implementation and Benefits - The intelligent flight ground sorting system is the first of its kind in the industry, designed to improve ground operation efficiency and support the development of Shanghai as a comprehensive international aviation hub [1][2]. - The system integrates data from the electronic process system and airport collaborative decision-making (A-CDM) system, enabling real-time information sharing among air traffic control, the airport, and airlines [2]. - During the summer peak season, the system contributed to an average reduction of about 50 seconds in ground taxiing time, with a year-on-year increase of 4.99 percentage points in flight release normality and 7.42 percentage points in flight takeoff normality [3]. Group 2: Technological Innovations - The system employs intelligent algorithms to automatically generate optimal flight release sequences based on dynamic parameters such as departure time slots, aircraft types, and parking positions [2]. - A visual sorting interface displays real-time airport ground and air coordination, facilitating integrated management of multi-runway and multi-terminal operations [2].

Core Viewpoint - The Civil Aviation Administration of China (CAAC) is enhancing the management and sharing of civil aviation operational data to support the development of a smart civil aviation system, emphasizing collaboration among various units and the importance of data governance and application scenarios [4][5]. Group 1: Data Management and Sharing - The CAAC's operational monitoring center conducted a research meeting in Chengdu to discuss the management of civil aviation operational data and gather suggestions for improving data sharing mechanisms and utilization [1]. - The meeting included a report on the revisions of the "Civil Aviation Operational Data Sharing Research Application Agreement" and the "Civil Aviation Operational Data Sharing Decision-Making Mechanism Charter," aimed at ensuring data security and maximizing data value [4]. - The CAAC introduced plans to include flight operation data in the first batch of the "Civil Aviation Public Data Resource Directory" and the "Civil Aviation Shared Data Resource Directory" [4]. Group 2: Strategic Initiatives - The CAAC emphasized the need for close cooperation among civil aviation units to innovate management and mechanisms, leveraging public data to enhance operational efficiency [5]. - Key initiatives discussed included strengthening data governance, expanding public data supply, and driving scenario-based applications to improve quality, reduce costs, and support research innovation in civil aviation [5]. - The meeting highlighted the importance of preparing for the fifth joint meeting on civil aviation operational data sharing and the third meeting of the management committee [5].

Core Insights - The Harbin Airport Operations Control Center showcased innovative practices in operational management during a recent visit by 40 industry professionals, emphasizing the development of smart civil aviation [1][2] - The center demonstrated the "Harbin Plan" for special weather assurance, which effectively reduced flight delays during snowy conditions to under 45 minutes through a series of proactive measures [1] - The airport's experience in supporting the Asian Winter Games was highlighted, achieving a 100% accuracy rate in VIP flight guarantees through a comprehensive service system [1] Group 1 - The Operations Control Center presented the "Eight-Step Work Method" to address challenges posed by winter weather, including early meteorological consultations and rapid release mechanisms [1] - The center implemented a "Daily Double Review" mechanism to address operational issues, resolving over 120 problems related to equipment and process integration [2] - The successful transition of 55 remote parking positions was achieved through a "Three-Dimensional Control Method," ensuring smooth operations from simulation to full production [2] Group 2 - The visit served as a platform for sharing industry experiences and fostering ideas for the construction of smart civil aviation [2] - The Harbin Airport Operations Control Center aims to enhance its core capabilities in "precise command, efficient collaboration, and smart innovation" to contribute to the development of the Northeast Asia international aviation hub [2]

Core Viewpoint - The strategic cooperation agreement between Huashuda Aviation Technology Co., Ltd. and the Civil Aviation Management Institute of China aims to enhance technological innovation and the transformation of scientific achievements in the field of aviation emergency and safety management, promoting high-quality development in the industry [1][3]. Group 1 - The cooperation will support the establishment of an immersive emergency management training system, utilizing digital simulation and artificial intelligence to provide an advanced information platform for emergency management education and training [3]. - The collaboration will focus on the industrialization of research achievements, promoting the application of emergency management and aviation safety information systems in aviation enterprises, thereby improving the construction and level of aviation safety and emergency management systems [3]. - A long-term cooperation mechanism and platform will be established to advance research in cutting-edge technologies and theories related to aviation safety informationization, exploring innovative management models and solutions in civil aviation safety [3][6]. Group 2 - The president of the Civil Aviation Management Institute emphasized that the construction of a smart civil aviation system is crucial for achieving high-quality development in the industry, leveraging the rapid development of new information technologies [6]. - The strategic cooperation is expected to create synergy by utilizing the advantages of both parties, applying big data, artificial intelligence, and digital simulation technologies in teaching, research, and production operations to drive technological innovation in aviation safety [6]. - The partnership is anticipated to inject new momentum into the smart transformation of China's civil aviation industry, contributing to the development of a data-secure, self-controllable, and fully domestically produced aviation safety and emergency management information system [6].