Feasibility of LabVIEW as a scalable robot programming language

Karl Muecke, B. Powell
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引用次数: 2

Abstract

LabVIEW1 has long been used as a graphical programming language for test, measurement, and control. LabVIEW's graphical data flow paradigm and tight coupling with hardware make it well suited for data acquisition applications. While robot applications rely on good, reliable hardware interfaces, they also frequently require scalability to multiple heterogeneous targets and complex architectures. This work seeks to test the feasibility of using LabVIEW as a programming language for a complex robot application, using a multi-robot search-and-rescue scenario as a case study.
LabVIEW作为可扩展机器人编程语言的可行性
LabVIEW1长期以来一直被用作测试、测量和控制的图形编程语言。LabVIEW的图形数据流范例和与硬件的紧密耦合使其非常适合数据采集应用。虽然机器人应用程序依赖于良好、可靠的硬件接口,但它们也经常需要可扩展性,以适应多个异构目标和复杂的体系结构。这项工作旨在测试使用LabVIEW作为复杂机器人应用程序的编程语言的可行性,使用多机器人搜索和救援场景作为案例研究。
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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