Aging avionics and net-centric operations

E. Hitt
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引用次数: 2

Abstract

The transformation to net-centric operations necessitates evaluation of existing avionics capabilities, identification of deficiencies of these avionics for net-centric operations, and evaluation of alternative avionics that can provide the needed capabilities. The global information grid (GIG) enables net-centric operations. The purpose of the GIG is to provide end users real-time or near-real-time access to multiple information sources ranging from airborne/satellite/ground sensors (video imagery and processed visual information/data) to databases. The end users in an aircraft view and interact with this information through the human system interface (HSI) or "smart" displays. The information is transmitted across a gigabit Ethernet onboard the aircraft that interfaces with multiple channels of a software programmable radio that acts as a hub in the GIG network, or onboard sensors and processors. This work presents the mandated capabilities, and the processes involved in determination of upgrades needed to achieve net-centric operations.
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老化的航空电子设备和网络中心作战
向网络中心作战的转变需要对现有航空电子设备能力进行评估,确定这些航空电子设备在网络中心作战中的缺陷,并评估能够提供所需能力的替代航空电子设备。全球信息网格(GIG)支持以网络为中心的操作。GIG的目的是为终端用户提供从机载/卫星/地面传感器(视频图像和处理过的视觉信息/数据)到数据库的多种信息源的实时或近实时访问。飞机上的最终用户通过人机系统界面(HSI)或“智能”显示器查看并与这些信息交互。信息通过飞机上的千兆以太网传输,该以太网与软件可编程无线电的多个通道(在GIG网络中充当集线器)或机载传感器和处理器相连接。这项工作提出了授权的能力,以及确定实现网络中心作战所需的升级所涉及的过程。
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