Design of Human Followers Trolley Robot Based on Object Tracking (Color Detection) Method

Denny Irawan
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Abstract

The development of the robot world is very rapid, including the humanoid robot, bioloid, not least the type of mobile robot. Therobot is created to have advantages that are not owned by humans. One of them is unlimited compatibility. This requires that therobot has a variety of sensor components for the creation of intelligent autonomous behavior in robots. This research is titled "design of human followers trolley using object tracking (colour detection) method ". The goal is to facilitate the transfer of goodsfrom one place to another. This tool will detect the color of clothing from humans that will be followed by using the camera(webcam) as the sensor and the camera captured will be processed using C# by utilizing the open source library AForge.NET todetermine the point X and Y at the position of the object to be followed. This data will be processed again to determine some angleof the object that appears on the frame, then this data will be sent on the Arduino as a minimum system to translate data from C#so that both DC motors can run and the robot always follows the object based on the color. In the design of this tool generated aprototype trolley followers of humans with the camera, can already be used with a good camera readings and ultrasonic sensorreadings are perfect.
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基于目标跟踪(颜色检测)方法的人跟随小车机器人设计
机器人世界的发展非常迅速,包括人形机器人、生物机器人,尤其是移动机器人的类型。机器人被创造出来是为了拥有人类不具备的优势。其中之一就是无限的兼容性。这就要求机器人具有各种传感器组件,以实现机器人的智能自主行为。这项研究的题目是“使用物体跟踪(颜色检测)方法设计人类追随者手推车”。目的是为了方便货物从一个地方转移到另一个地方。这个工具将检测人类的衣服颜色,然后使用相机(网络摄像头)作为传感器,相机捕获的图像将使用c#通过利用开源库AForge进行处理。. NET以确定要跟踪的对象位置上的点X和Y。这些数据将被再次处理,以确定出现在框架上的物体的某个角度,然后这些数据将被发送到Arduino上,作为一个最小的系统来翻译来自c#的数据,这样两个直流电机都可以运行,机器人总是根据颜色跟随物体。在设计这个工具时生成了一个小车跟随者的原型人用摄像头,已经可以很好的用摄像头读取和超声波传感器读取都是完美的。
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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