一种面向SWIM的信息集成方法

J. Kang, Kyungsik Choi, Younghoon Kim, Hyun-Ok Yang
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引用次数: 3

摘要

由于全球经济的快速增长,空中交通也迅速增加。今天的空中交通管理(ATM)系统是由为特定目的而开发的各种各样的应用程序组成的,这些系统使用各种自定义通信协议,每个系统都有自己独立的信息系统。为此,民航组织提出了SWIM的概念,以便在提供者和用户之间有效地交换信息,目前美国和欧洲正在对SWIM进行热烈的研究。为了与国际民航组织保持同步,韩国国土交通部制定了总体规划,并开始研究和开发SWIM,通过建立基于导航的平台来整合所有航空信息系统,并提供面向用户的导航和航空信息服务。另外,韩国机场公社被选定为主要研究机构,到2018年为止开发SWIM试验台,到2020年为止建立对外服务体系。本文简要介绍了KAC正在研制的SWIM试验台系统的结构、飞行信息数据记录仪系统、基于aixml的系统和基于wxxm的系统的接口方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Method of Integrating Information for SWIM
Due to the rapid economic growth around the world, air traffic also has increased rapidlly. Today's Air Traffic Management (ATM) system is comprised of a wide variety of application developed for specific purposes, such systems use various custom communication protocols and each system has its own self-contained information system. For this reason, ICAO has proposed the concept of SWIM for effective exchange of information between providers and users, currently the lively research of SWIM is being in progress around United States and Europe. For keeping step with ICAO, the Ministry of Land, Infrastructure and Transport in Korea established the master plan and they have begun the research and the development of SWIM to integrate all aviation information systems by building navigation-based platform and to provide user-oriented navigation and aviation information services. In addition, Korea Airports Corporation was chosen as main research institution, and the development of SWIM test bed will be conducted until 2018 and a system for external services will be established by 2020. In this paper, we will briefly describe the structure of SWIM test bed sysem in progress at KAC, the data logger system of flight information, interface plans of AIXM-based system and WXXM-based system.
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