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Figure Image Recognition and Classification Algorithm Based on Biological Vision Perception

机译:基于生物视觉感知的人物图像识别与分类算法

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In this paper, we design and construct a novel bio-heuristic character image classification algorithm based on current research of neurobiology and cognitive physiology, taking into account the biological learning mechanism of human brain, and using HMAX model and extreme learning machine. We focus on color image segmentation model based on the perception mechanism of visual cortex and a hierarchical color image perceptual segmentation model based on multi-feature is put forward. The algorithm effectively utilizes the spatial distribution of brightness, details and color space information of the image to segment the image for the first time, and uses corresponding model to integrate and select the segmentation results of multi-feature, to obtain the final segmentation results. The experiments show the advantages and practicability of the proposed bionic image target recognition algorithm through certain specific tasks. Simultaneously, it is also proved to have good recognition accuracy and fast learning speed.
机译:本文基于神经生物学和认知生理学的最新研究,结合人脑的生物学习机制,采用HMAX模型和极限学习机,设计并构建了一种新颖的生物启发式字符图像分类算法。针对基于视觉皮层感知机制的彩色图像分割模型,提出了基于多特征的分层彩色图像感知分割模型。该算法有效利用图像的亮度,细节和色彩空间信息的空间分布对图像进行第一次分割,并使用相应的模型对多特征分割结果进行整合和选择,得到最终的分割结果。实验表明,通过特定的任务,该仿生图像目标识别算法具有一定的优势和实用性。同时,它也被证明具有良好的识别精度和快速的学习速度。

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