A Tensorflow Based Robotic Arm

N. Nandan, K. Thippeswamy
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引用次数: 4

Abstract

Object detection capability is provided to the Robotic arm using the Tensorflow object detection API. Tensorflow is having efficient deep learning libraries for object detection. This paper mainly deals with object detection in a real-time and provided the visual data to the robotic arm to choose the object. Object detection training is done under a supervised learning method by providing label images. Faster RCNN inception v2 model is used for the customized training of the toy images. Voice input through a microphone is taken and processed to convert it into a text to get object name needed to pick by the arm. Real-time video or image is captured by using the web camera or mobile IP camera application, sends to the system to process and detect the object in a real time. If the object found in the image, it calculates the physical distance and sends the data to the Arduino board connected with the robotic arm in term of the degree of rotation to access the object.
基于Tensorflow的机械臂
使用Tensorflow对象检测API为机械臂提供对象检测能力。Tensorflow拥有用于对象检测的高效深度学习库。本文主要研究实时目标检测,为机械臂选择目标提供视觉数据。通过提供标签图像,在监督学习方法下完成目标检测训练。采用更快的RCNN inception v2模型对玩具图像进行定制化训练。通过麦克风输入语音并进行处理,将其转换为文本,以获得手臂需要拾取的对象名称。通过网络摄像机或移动IP摄像机应用程序采集实时视频或图像,发送给系统对目标进行实时处理和检测。如果在图像中找到物体,它会计算物理距离,并根据旋转程度将数据发送给与机械臂相连的Arduino板以访问物体。
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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