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Extending an Industrial Robot Controller: Implementation and Applications of a Fast Open Sensor Interface

机译:扩展工业机器人控制器:快速打开传感器接口的实现和应用

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摘要

Many promising robotics research results were obtained during the late 1970s and early 1980s, Some examples include Cartesian force control and advanced motion planning, Now, 20 years and many research projects later, many technologies still have not reached industrial usage. An important question to consider is how this situation can be improved for future deployment of necessary technologies. Today, modern robot control systems used in industry provide highly optimized motion control that works well in a variety of standard applications, To this end, computationally intensive, model-based robot motion control techniques have become standard during the last decade. While the principles employed have been known for many years, deployment in products required affordable computing power, efficient engineering tools, customer needs for productivity/performance, and improved end-user competence in the utilization of performance features.
机译:在1970年代末和1980年代初期,获得了许多有希望的机器人研究成果。例如,笛卡尔力控制和高级运动计划。现在,20年了,后来的许多研究项目,许多技术仍未达到工业应用。要考虑的一个重要问题是,在将来部署必要技术时如何改善这种情况。如今,工业上使用的现代机器人控制系统提供了高度优化的运动控制,可以在各种标准应用中很好地发挥作用。为此,在过去的十年中,基于模型的计算密集型机器人运动控制技术已成为标准。尽管采用的原理已为人所知多年,但在产品中进行部署需要负担得起的计算能力,高效的工程工具,客户对生产率/性能的需求以及提高的最终用户使用性能功能的能力。

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