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A robust neural network based object recognition system and its SIMD implementation

机译:基于鲁棒神经网络的目标识别系统及其SIMD实现

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Recognition of objects is a particularly demanding problem,if one considers that each image must be interpreted in milliseconds (usually 30 or 40 frames/second).In this paper we propose a massively parallel object recognition system,which makes use of a multi polygonal approximation scheme for the extraction of rotation andtranslation invariant shape features,in connection with artificial neural networks for the parallel classification of the extracted features.The system has been successfully applied for recognizing aircraft shapes in different sizes,orientations,with the addition of noise distortion and occlusion.Timings on the Connection Machine 200 are also reported.
机译:如果认为每个图像必须以毫秒为单位(通常为30或40帧/秒)进行解释,则物体的识别是一个特别苛刻的问题。本文提出了一种大规模并行物体识别系统,该系统利用多多边形逼近旋转和平移不变形状特征的提取方案,结合人工神经网络对提取的特征进行并行分类。该系统已成功地应用于识别不同大小,方向的飞机形状,此外还包含噪声失真和遮挡还报告了连接机200上的时间。

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