A real-time interpreter for the programming and control of a robotic workcell

G. Carayannis, A. Malowany
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引用次数: 1

Abstract

A framework for programming multielement robotic workcells has been proposed, developed, and implemented as a two-part solution (SAGE/WRAP). SAGE generates a time-optional sequence of operations for each workcell element which then becomes the basis of the runtime program that performs the application. This program is interpreted and executed by the hierarchical workcell runtime environment WRAP. The WRAP interpreter, which interprets a workcell program and coordinates its execution, is discussed. The architecture and the algorithm implemented by the interpreter are emphasized.<>
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用于机器人工作单元编程和控制的实时解释器
一个多单元机器人工作单元的编程框架被提出、开发并实现为两部分解决方案(SAGE/WRAP)。SAGE为每个工作单元元素生成一个时间可选的操作序列,然后成为执行应用程序的运行时程序的基础。该程序由分层工作单元运行时环境WRAP解释和执行。讨论了WRAP解释器,它解释工作单元程序并协调其执行。重点介绍了解释器的结构和实现算法。
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