Semantically Adaptive JND Modeling with Object-wise Feature Characterization and Cross-object Interaction

Xia Wang, Haibing Yin, Tingyu Hu, Qing-hua Sheng
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Abstract

This work proposed a spatio-temporal JND model based on semantic attention. Firstly, the principal semantic features affecting visual attention are extracted, including the semantic sensitivity, objective area and shape, central bias and contextual complexity, and the HVS responses of these four features are explored and quantified. Secondly, the semantic attention model is constructed by inscribing the attentional competition model, considering the interaction between different objects with limited perception resources. Finally, the obtained semantic attention weighting factor is combined with the basic spatial attention model to develop an improved transform domain JND model. Detailed performance results of different JND models are shown in Tab. 1. The simulation results validate that the proposed JND profile is highly consistent with HVS, with strong competitiveness among the state-of-the-art models.
基于对象特征表征和跨对象交互的语义自适应JND建模
本文提出了一个基于语义注意的时空JND模型。首先,提取影响视觉注意的主要语义特征,包括语义敏感性、目标面积和形状、中心偏差和上下文复杂性,并对这四个特征的HVS响应进行探索和量化。其次,考虑到感知资源有限的情况下不同对象之间的相互作用,通过引入注意竞争模型构建语义注意模型;最后,将得到的语义注意权重因子与基本空间注意模型相结合,建立改进的变换域JND模型。不同JND模型的详细性能结果见表1。仿真结果表明,本文提出的JND剖面与HVS高度一致,在现有模型中具有较强的竞争力。
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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