E. Theunissen, R. Rademaker, O. Bleeker, R. Collins, Hoofddorp, K. Wichman
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引用次数: 5
摘要
4D作战被认为是未来空中作战的推动者。全系统信息管理(System wide information management, SWIM)是提供实现四维作业所需的信息管理能力的信息体系结构。为了从SWIM中获益，需要以网络为中心的应用程序。本文从控制理论的角度来看待空中交通管制。SWIM和应用实现的信息管理理念必须保证不同的控制回路以稳定的方式闭合。本文讨论了在两个这样的应用领域所进行的研究。第一个是商用航空领域的机载应用程序，为SWIM环境提供4D轨迹数据。第二个是军事领域的应用，旨在利用SWIM提供的网络支持功能实现集成和连贯的合作。
Aircraft trajectory based network centric applications
4D operations are regarded as the enabler for the future air operations. System wide information management (SWIM) is regarded as the information architecture that provides the information management capabilities needed to realize 4D operations. To benefit from SWIM, network centric applications are needed. In this paper, air traffic control is viewed from the perspective of control theory. The information management concept that is realized by SWIM and the applications has to ensure that the different control loops are closed in a stable way. This paper discusses the research performed in the area of two such applications. The first one is an on-board application in the commercial aviation domain that provides 4D trajectory data to the SWIM environment. The second one is an application in the military domain that aims to achieve integrated and coherent cooperation using the network enabled capabilities offered by SWIM.
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