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Automatic target recognition based on neutral networks

机译:基于神经网络的目标自动识别

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Several researches published about artificial neural networks are connected with military problems. This research put forward ideas connected with the processing of military information to search and identify targets-automatic target recognition (ATR). A main-purpose automatic target recognition system did not exist. The research put forward here was demonstrated on military data, however it could only be considered as a proof of principle until systems were fielded and proven “under-fire”. A TR data could be in the form of non-imaging one-dimensional sensor returns, such as ultra-high range resolution radar returns for air-to-air automatic target recognition and vibration signatures from laser radar for recognition of ground targets. The ATR data could be two-dimensional images. The most common ATR images were infrared, but current systems might also deal with synthetic aperture radar images. Finally, the data could be three-dimensional, such as sequences of multiple exposures taken over time from a no stationary world.
机译:发表了关于人工神经网络的几项研究与军事问题有关。这项研究提出了与处理军事信息处理相关的想法,以搜索和识别目标 - 自动目标识别(ATR)。一个主要的自动目标识别系统不存在。在这里提出的研究是关于军事数据的证明,然而它只能被视为原则上的证据,直到系统被划分和经过验证的“在火上”。 TR数据可以是非成像一维传感器返回的形式,例如超高范围分辨率雷达回报用于空到空气自动目标识别和来自激光雷达的振动签名,以识别地面目标。 ATR数据可能是二维图像。最常见的ATR图像是红外线的,但目前的系统也可能处理合成孔径雷达图像。最后,数据可能是三维,例如从无固定世界中随时间采取的多个曝光的序列。

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