Moving object detection and distance calculation based on Opencv

Yandong Liu
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Abstract

Image processing is one of the most popular technology these days and is widely used in industrial robots and other fields. In the process of working with industrial robots, it is often necessary to locate the target through image processing technology and then process it later. In the process of object positioning, operators not only need its position in the image, but also the distance from the lens, and even the direction in which it moves. Compared to other object positioning methods this paper provides an object identification method that can find objects in the picture that are different from the background color precisely and calculate the distance from the camera and the direction of movement of the object. The method used black rectangle geometry on a white background as probe objects, and mainly used python based Opencv's algorithm for image processing. The experiment finally confirmed that the location, distance, and direction of motion of the target geometry can be well determined by this method.
基于Opencv的运动目标检测与距离计算
图像处理是当今最流行的技术之一,广泛应用于工业机器人和其他领域。在与工业机器人一起工作的过程中,往往需要通过图像处理技术对目标进行定位,然后再进行后期处理。在物体定位的过程中,操作者不仅需要它在图像中的位置,还需要它与镜头的距离,甚至它的运动方向。与其他物体定位方法相比,本文提供了一种物体识别方法,可以精确地找到图像中与背景颜色不同的物体,并计算出与相机的距离和物体的运动方向。该方法采用白色背景上的黑色矩形几何图形作为探测对象,主要使用基于python的Opencv算法进行图像处理。实验最终证实,该方法可以很好地确定目标几何形状的位置、距离和运动方向。
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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