An algorithm of moving objects detection for indoor environment based on laser and vision

Liying Su, Shucai Wang, Yueqing Yu
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Abstract

In this paper, a new algorithm of moving objects detection is proposed for indoor environment, which can effectively overcome light changing and can better detect and extract moving objects in indoor environment. The algorithm first transforms images in the form of RGB into the form of HSI for better image processing, and then detects and extracts moving objects based on image and distance information. One core of the algorithm is effectively combining information of image and distance during the process of motion detection, which can better overcome light changing in indoor environment; the other is reasonable using of the background subtraction and the frame difference during the process of moving objects extraction, so that the moving objects can be extracted more accurately and completely. Experimental results have validated the feasibility and reliability of the algorithm.
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一种基于激光和视觉的室内环境运动目标检测算法
本文提出了一种新的室内环境运动目标检测算法,该算法可以有效克服光线变化,更好地检测和提取室内环境中的运动目标。该算法首先将RGB形式的图像转换为HSI形式进行更好的图像处理,然后根据图像和距离信息检测和提取运动物体。该算法的核心之一是在运动检测过程中有效地结合图像和距离信息,能够更好地克服室内环境中的光变化;二是在运动目标提取过程中合理利用背景减法和帧差,使运动目标的提取更加准确和完整。实验结果验证了该算法的可行性和可靠性。
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