Scene discrimination by recalling with visual neural system

H. Morikawa, S. Wada
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引用次数: 1

Abstract

In this paper, a neural system based on human visual perceptive model for scene discrimination is proposed. The scenery represented by color image is memorized by the neural network based system as perceptually simplified scene image. A blurred and noisy uncertain scene image is recognized as the original image by recurrent processing with parallel Hopfield-type neural networks. In order to reduce color information naturally, quantization and segmentation in L*a*b space is executed in the preceding step. Several input images such as slightly shifted, noisy, partial or mixed scenes are used in the discrimination. It is shown that the blurred images are effectively discriminated by recalling process with the proposed visual neural system. Effectiveness of quantized segmentation for original color scene images is also examined in the simulations.
利用视觉神经系统回忆识别场景
本文提出了一种基于人类视觉感知模型的场景识别神经系统。基于神经网络的系统将彩色图像所代表的景物作为感知简化的景物图像进行记忆。采用并行hopfield型神经网络对模糊噪声不确定场景图像进行循环处理,将其识别为原始图像。为了自然地减少颜色信息,前一步在L*a*b空间中进行量化和分割。在识别中使用了几种输入图像,如微位移、噪声、局部或混合场景。实验结果表明,所提出的视觉神经系统在记忆过程中能够有效地识别模糊图像。通过仿真验证了对原始彩色场景图像进行量化分割的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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