神经网络和数字航空电子设备

A. Seidman
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引用次数: 2

摘要

神经网络的应用被认为是解决飞机航电系统中许多突出问题的一种方法。研究了人工神经网络在航空电子设备中的应用领域:目标选择、攻击计划/转向和探测前跟踪。采用前馈反向传播网络进行目标选择。采用一种新型的并行处理神经网络实现了连杆机构的规划/转向。通过前馈反向传播网络解决了检测前跟踪问题。前馈反向传播算法可以在快速收缩阵列型神经芯片上实现。可以开发一种特殊的、快速的路径生成芯片。因此,一种低成本、高速、紧凑的解决方案可以通过神经网络实现许多航空电子功能
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Neural networks and digital avionics
The application of neural networks is considered as a method of solution to a number of outstanding problems in aircraft avionics. The areas of application of artificial neural networks to avionics dealt with are: target selection, attack planning/steering, and track-before-detect. The target selection is approached by the application of a feedforward, backpropagation network. The attach planning/steering is approached by a novel type of parallel processing neural network. The track-before-detect is solved via a feedforward backpropagation network. The feedforward backpropagation algorithms can be implemented on fast systolic-array-type neural chips. A special, fast path generation chip can be developed. Consequently, a low-cost, high-speed, compact solution to a number of avionics functions is available through neural networks.<>
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