Robot Language Compiler

Cheng-Yan Siao, Jhe-Wei Lin, Rong-Guey Chang
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Abstract

Industry 4.0 consists of smart factories and intelligent manufacturing. It has been expanding to the mechanical industry recently. The rapid development of technology and the requirement of high quality and yield lead to the importance of robots. As a result, the robot language has become critical. For this issue, the robot language compiler becomes most important. To remedy the issues mentioned above, we aim at developing, designing, and implementing a robot compiler. Since the CPUs used in robots have been upgraded gradually, optimization techniques need to improve the performance of robot applications. Finally, the extension of LLVM is investigated to support robots by adding a backend of G-code in the aid of LLVM intermediate representation.
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机器人语言编译器
工业4.0包括智能工厂和智能制造。最近已扩展到机械行业。科技的飞速发展和对高质量、高成品率的要求使得机器人的重要性日益凸显。因此,机器人语言变得至关重要。对于这个问题,机器人语言的编译器变得非常重要。为了解决上面提到的问题,我们的目标是开发、设计和实现一个机器人编译器。由于机器人使用的cpu逐步升级,优化技术需要提高机器人应用的性能。最后,通过在LLVM中间表示的帮助下添加G-code后端,研究了LLVM的扩展以支持机器人。
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