基于人类视觉信息感知的显著性检测

C. Oprea, C. Paleologu, I. Pirnog, R. Udrea
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引用次数: 2

摘要

本文提出了一种从给定场景中精确检测显著区域的算法。我们使用了一个复杂的人类视觉系统模型,以模拟视觉感知机制。人类视觉系统建模需要对整个视觉通路有准确的了解。本文主要研究了人类视觉的以下特征:主要视觉皮层的颜色感知机制、视觉信息在多个加工通道中的感知分解、对比敏感性、模式掩蔽和检测/池化机制。模式屏蔽是在一个复杂的方法中考虑的,它将来自不同维度的数据组合在一起。结果也显示出与几个测试序列获得的主观结果相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Saliency Detection Based on Human Perception of Visual Information
This paper proposes an algorithm for accurate detection of salient areas from a given scene. We used a complex model for the human visual system, in order to simulate the visual perception mechanisms. Human visual system modelling requires accurate knowledge about the entire visual pathways. This work focuses on the following features of the human vision: the color perception mechanism, the perceptual decomposition of visual information in multiple processing channels, contrast sensitivity, pattern masking and detection/pooling mechanism present in the primary visual cortex. Pattern masking is considered within a complex approach, combining data from distinct dimensions. The results are also shown to correlate with the subjective results obtained for several test sequences.
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