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Design and implementation of a drawbot using Matlab and Arduino Mega

机译:使用Matlab和Arduino Mega的绘图机器人的设计和实现

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摘要

Recent research on robots has been trying to develop intelligent robots that can match human behavior on high level intelligent tasks that require sensing, complex motion and intelligence. In the recent few years robot is given some artistic behavior that robot can sing, dance even robot can play games. This paper presents a control method for a robotic arm to let the robot to acquire another human artistic behavior “drawing”. In the proposed design MATLAB has been used for image processing interface and trajectory calculation. Value of co-ordinate position of a pixel of binary image is converted into joint angle applying inverse kinematics and servos are controlled with Arduino Mega. Sobel and Canny are applied for edge detection method and authors showed comparison between the output images after applying Sobel and Canny edge detection method. Image is given input through Matlab GUI, which is user interactive.
机译:最近对机器人的研究一直在尝试开发可以在需要感知,复杂运动和智能的高级智能任务上与人类行为相匹配的智能机器人。在最近几年中,机器人被赋予了一些可以唱歌,跳舞甚至可以玩游戏的艺术行为。本文提出了一种机器人手臂的控制方法,该方法可以让机器人获得另一幅人类的艺术行为“绘画”。在提出的设计中,MATLAB已用于图像处理界面和轨迹计算。应用逆运动学将二进制图像像素坐标位置的值转换为关节角,并使用Arduino Mega控制伺服器。将Sobel和Canny应用于边缘检测方法,作者展示了在应用Sobel和Canny边缘检测方法后输出图像之间的比较。通过Matlab GUI(用户交互)为图像提供输入。

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