Easy robot programming concepts: An industrial perspective

Gregory F. Rossano, C. Martínez, M. Hedelind, Steve Murphy, T. Fuhlbrigge
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引用次数: 50

Abstract

One of the key challenges for industrial robotics is the high level of expertise and effort required to program a robust, production-quality robot system. In most cases, a highly trained specialist is required to setup a system, which drives up the installation costs. Standard text-based methods for programming robots oftentimes result in programs that are difficult to maintain due to their complex program structure and editing methods. This is a major issue in today's manufacturing environment where product changeover is often measured in months. This paper identifies some of the major difficulties in creating robot programs, distinguishing between creating and maintaining the logical program structure and creating robot paths. Next it describes several recent attempts to simplify industrial robot programming, focusing on those two aspects. This paper then analyzes the applicability, strengths and weakness of various approaches assessing them in light of novice, intermediate and advanced users. Lastly, some recommendations are given for further development in this area of simplifying industrial robot programming.
简单的机器人编程概念:工业视角
工业机器人的主要挑战之一是高水平的专业知识和努力,需要编程一个强大的,生产质量的机器人系统。在大多数情况下,需要一个训练有素的专家来安装系统,这就推高了安装成本。标准的基于文本的机器人编程方法由于其复杂的程序结构和编辑方法,往往导致程序难以维护。在当今的制造环境中,这是一个主要问题,因为产品更换通常以月为单位。本文确定了创建机器人程序的一些主要困难,区分了创建和维护逻辑程序结构以及创建机器人路径。接下来,它描述了最近简化工业机器人编程的几个尝试,重点关注这两个方面。然后针对新手、中级和高级用户分析了各种评估方法的适用性和优缺点。最后,对简化工业机器人编程这一领域的进一步发展提出了建议。
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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