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Adaptive Targets-deteeting Algorithm based on LBP and Background Modeling under Complex Scenes

机译:基于LBP的自适应目标 - 脱扣算法和复杂场景下的背景建模

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Improving the robustness of targets-detecting algorithm under complicated scenes is an important and difficult research problem in the field of computer vision. In order to achieve accurate and robust detecting result under complex scenes, with all kinds of background disturbance and shadow, an adaptive targets-detecting algorithm based on LBP and background modeling method (BMM) is proposed in this paper. Firstly, BMM combined with LBP, which is less influenced by shadow than traditional Color-based BMM, is presented. Secondly, light information pretreatment is proposed for situation of sudden brightness changes. Finally, an adaptive detecting mechanism is proposed. Experimental results show that, the proposed algorithm has robustness for most background disturbances, effectively improved adaptability, real-time performance and accuracy of detecting effect under complex scenes.
机译:在复杂场景下提高目标检测算法的鲁棒性是计算机视野中的一个重要且困难的研究问题。为了在复杂场景下实现精确且稳健的检测结果,在本文中提出了一种基于LBP和背景建模方法(BMM)的自适应目标检测算法。首先,介绍了BMM与LBP相结合,该LBP与阴影的影响较小,而不是比传统的基于颜色的BMM。其次,提出了亮度亮度变化的情况的光信息预处理。最后,提出了一种自适应检测机构。实验结果表明,该算法对大多数背景干扰具有鲁棒性,有效提高了复杂场景下检测效果的适应性,实时性能和准确性。

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