民航飞行员飞行准备系统的设计与实现

发布时间：2018-05-20 05:59

本文选题：飞行准备系统 + 飞行训练　；参考：《天津大学》2015年硕士论文

【摘要】：随着信息技术的快速发展,我国民航硬件的迅速发展与中国民航服务的迅速发展推动中国与国际航空事业的接轨,传统的管理方式不能跟上航空业的发展步伐,更无法实现高效管理与长效管理。目前某民航飞行员飞行准备依然采用单机版管理,工作效率低下。本文以此为研究课题,致力于建立民航的飞行员飞行准备系统,为相关工作人员提供便捷的人机交互平台。本文根据民航飞行员准备的实际业务需求,首先介绍了课题的研究背景、研现状等；之后,本文详细阐述了飞行员飞行准备系统的各项功能需求、设计、测试等内容。在功能实现和关键技术上,借鉴了现有民航飞行管理系统,同时结合民航飞行员准备管理方式,对系统的模块设计以及详细的数据库设计等内容进行了阐述；系统模块设计中详细说明了主要功能模块设计方法。完成系统开发后,对系统的功能用例进行测试。该系统技术上采用B/S模式多层应用架构,采用J2EE做为核心技术框架,集合J2EE中集成的各项组件,使用SSH框架作为体系结构解决方案。系统最终实现了系统功能实现包括飞行员排班管理、飞行员技术管理、飞行员训练管理和飞行员资源预测与分析管理等功能。目前,通过运行测试,检验出该系统功能已经基本正确完整的实现,可以投入使用。系统的实现将深入推进民航信息化管理的规范化、组织架构的科学化和服务能力的优质化,构建科学的资源配置体系和激励约束机制,建立有效飞行员飞行准备机制,提高飞行员管理的信息化管理水平。
[Abstract]:With the rapid development of information technology, the rapid development of China's civil aviation hardware and the rapid development of China's civil aviation services promote the integration of China and international aviation, traditional management methods can not keep up with the pace of the development of the aviation industry. More can not achieve efficient management and long-term management. At present, a civil aviation pilot flight preparation is still using a single version of management, inefficient work. In this paper, a pilot flight preparation system for civil aviation is established, which provides a convenient human-computer interaction platform for related staff. According to the actual operational requirements of civil aviation pilot preparation, this paper first introduces the research background, research status quo and so on; then, this paper describes the functional requirements, design, testing and other contents of the pilot flight preparation system in detail. In the aspect of function realization and key technology, this paper draws lessons from the existing civil aviation flight management system, and at the same time, expounds the module design and the detailed database design of the system combined with the civil aviation pilot preparation management mode. In the system module design, the main function module design method is explained in detail. After the development of the system, the function of the system is tested. The system adopts multi-tier application architecture based on B / S mode, adopts J2EE as the core technology framework, gathers all the components integrated in J2EE, and uses SSH framework as the architecture solution. Finally, the system realizes the functions of pilot scheduling management, pilot technical management, pilot training management and pilot resource prediction and analysis management. At present, through the running test, it is verified that the system function has been basically realized correctly and completely, and can be put into use. The realization of the system will further promote the standardization of civil aviation information management, the scientific organization structure and the high quality of service capability, construct a scientific resource allocation system and incentive and restraint mechanism, and establish an effective pilot flight preparation mechanism. Improve the level of information management of pilot management.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：V241;TP311.52

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