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Model for spatial and chromatic vision

机译:空间和色觉模型

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摘要

Abstract: An artificial vision system with spatio-chromatic channels is proposed. A dynamic neural network is used for the spatial and chromatic information of a scene. The spatio-chromatic information is transmitted into two channels for processing. This segmentation allows accurate spatial and chromatic analysis of the visual input. For both channels, models based on the biology of the visual system are used. Spatial channel responses simulate, e.g., enhanced edges and subjective contours. Chromatic channel output is shown to correspond to the color characteristics found in the spectral color tests and in the literature of the physiology of color vision. The ultimate goal of the project is to find a biologically motivated model for an intelligent image sensor. In this report we describe potential candidates for both spatial and chromatic information.!27
机译:摘要:提出了一种具有时空彩色通道的人工视觉系统。动态神经网络用于场景的空间和色度信息。时空彩色信息被传输到两个通道中进行处理。这种分割允许对视觉输入进行精确的空间和色度分析。对于这两个通道,都使用基于视觉系统生物学的模型。空间通道响应模拟了例如增强的边缘和主观轮廓。色度通道输出显示为与在光谱色测试和色觉生理学文献中发现的颜色特征相对应。该项目的最终目标是为智能图像传感器找到具有生物学动机的模型。在本报告中,我们描述了空间和色度信息的潜在候选者。27

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