Faceium-Face跟踪

Jufin P A, Amrutha N
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引用次数: 0

摘要

人脸检测通过人脸识别和定位,忽略任何背景物体,如窗帘,窗户,树木等。视频的每一帧都通过OpenCV的Harr级联中的分类器的多个阶段运行,如果帧通过每个级别,则认为人脸存在;否则,该帧将从分类器中剔除,这意味着未检测到该人脸。当检测到图像时,OpenCV还返回图像的高度和宽度以及它的笛卡尔坐标。图像的中心坐标可以由这些坐标确定。当检测到人脸时,这些坐标通过pyserial库发送到Arduino UNO。摄像机连接到连接到Arduino的一个伺服器上,以创建一个平移/倾斜机制。当其坐标偏离中心时,伺服器将对齐以将面部移动到屏幕的中心。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Faceium–Face Tracking
Human faces are identified and localized via facial detection, which ignores any backdrop objects like curtains, windows, trees, etc. Each frame of the video is run through multiple stages of classifiers in OpenCV's Harr cascade, and if the frame passes through each level, the face is considered to be present; otherwise, the frame is dismissed from the classifier, which means that the face is not detected. When an image is detected, OpenCV also returns the height and breadth of the picture along with its cartesian coordinates. The center coordinates of the image can be determined from these coordinates. When the face is detected, these coordinates are sent via the pyserial library to the Arduino UNO. The camera is attached to one of the servos that are connected to the Arduino to create a pan/tilt mechanism. The servo will align to move the face toward the center of the screen when its coordinates are off-center.
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