《中国民航报》、中国民航网 记者钱擘 报道：浦东机场航班地面智能排序系统，于今年暑运开始前正 式投入使用，由此，机场的航班推出平均等待时间能够缩短约2分钟，整体平均滑行时长减少1.7%，全 年可为航司节省航油超9千吨。 近年来，上海机场紧扣民航高质量发展要求，以智慧民航建设为核心任务，统筹推进上海浦东、虹桥两 场数字化转型和智能化升级。作为全国最大的空港口岸，浦东机场为了进一步缩短航空器地面滑行时 长，推动地面保障精细化管理，于2023年联合民航华东空管局启动该系统的研究，并在2025年暑运前正 式投入使用。 该系统是业内首个航班地面智能排序系统，能够为浦东机场进一步提升地面运行保障效能，更好助力上 海全方位门户复合型国际航空枢纽建设。该系统的核心技术"多跑道多航站楼机场TSAT优化关键技术与 应用"，此前已经获得中国航空运输协会民航科学技术奖三等奖。 传统的地面保障中，航班推出时间依赖人工经验协调，存在因不同单位间的信息壁垒导致航班滑行等待 时间较长、牵引车等地面保障资源调配可能延时等情况，一定程度影响了机场整体运营效率。为此，浦 东机场联合民航华东空管局开展技术攻关，创新探索地面管制与机场航班运行业务融合 ...

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].