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Hardware Implementation of a Neural-Network Recognition Module for Visual Servoing in a Mobile Robot

机译:用于移动机器人中视觉伺服的神经网络识别模块的硬件实现

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This paper describes the initial steps in the development of an object detection system for manipulation purposes, to be embedded in a mobile robot. The goal is to design a robotic system to aid workers in a manufacturing plant. The proposed implementation involves the integration of a Field Programmable Gate Array (FPGA) based electronic module with the manipulator arm of the robotic platform. The whole system is provided with a camera which captures images of the objects that can be found in the environment. The FPGA performs the object recognition tasks by means of a neural network. Additional image processing algorithms are used to convert the images obtained by the camera into useful information for the neural network.
机译:本文介绍了用于操纵目的的目标检测系统的开发的初始步骤,该系统将被嵌入到移动机器人中。目标是设计一个机器人系统来辅助制造工厂的工人。拟议的实现涉及将基于现场可编程门阵列(FPGA)的电子模块与机器人平台的机械手集成在一起。整个系统配有一个摄像头,可以捕获在环境中可以找到的物体的图像。 FPGA通过神经网络执行对象识别任务。其他图像处理算法用于将摄像机获取的图像转换为神经网络的有用信息。

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