基于Python的程序管制冲突检测与调配辅助教学系统设计与开发——以武汉南湖机场进近空域为例  

Program Control Conflict Detection and Deployment of Auxiliary Teaching System Design and Development Based on Python:Taking Wuhan Nanhu Airport Approach Airspace as an Example

作　　者：廖勇[1] 赵世昌 LIAO Yong;ZHAO Shichang(School of Air Traffic Management,China Civil Aviation Flight University,Guanghan 618307,Sichuan,China)

机构地区：[1]中国民用航空飞行学院空中交通管理学院,四川广汉618307

出　　处：《科技和产业》2025年第5期121-129,共9页Science Technology and Industry

基　　金：四川省科技计划(23ZDYF0586);中国民用航空飞行学院博士创新能力提升计划(PHD2023-038)。

摘　　要：程序管制作为雷达管制的备份手段在雷达失效时发挥着重要作用,掌握程序管制技能对管制员至关重要。为此,设计并实现一种基于Python的程序管制冲突检测与调配辅助教学系统。首先设计7层架构,涵盖用户层、表示层、业务层、模型层、数据层、操作系统层和硬件层。随后构建5个核心模块,包括交互界面模块、数据预处理模块、冲突检测模块、动态冲突展示模块和冲突调配模块,并对每个模块的功能和实现技术进行详细设计。最后,以实际教学场景武汉南湖机场进近管制空域为例,使用Python对系统进行模拟验证,学生可以使用该系统自动检测冲突类型,并提出冲突解决方案,从而更好地掌握冲突调配技能。As a backup means of radar control,procedural control plays an important role in case of radar failure.It is very important for controllers to master procedural control skills.To this end,a Python-based procedural control conflict detection and deployment auxiliary teaching system was designed and implemented.Firstly,a seven-layer architecture is designed,covering the user layer,presentation layer,business layer,model layer,data layer,operating system layer and hardware layer.Then,five core modules are constructed:interactive interface module,data preprocessing module,conflict detection module,dynamic conflict display module and conflict deployment module,and the functions and implementation technologies of each module are designed in detail.Finally,taking the actual teaching scenario of Wuhan Nanhu Airport approach control airspace as an example,Python was used to simulate and verify the system.Students can use the system to automatically detect conflict types and propose conflict solutions,so as to better master conflict deployment skills.

关 键 词：程序管制 冲突检测 冲突调配 教学系统 

分 类 号：U8[交通运输工程]