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UWM: Applying an Existing Trainable Semantic Parser to Parse Robotic Spatial Commands

机译:UWM:应用现有的可训练语义解析器来解析机器人空间命令

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This paper describes Team UWM's system for the Task 6 of SemEval 2014 for doing supervised semantic parsing of robotic spatial commands. An existing semantic parser, Krisp, was trained using the provided training data of natural language robotic spatial commands paired with their meaning representations in the formal robot command language. The entire process required very little manual effort. Without using the additional annotations of word-aligned semantic trees, the trained parser was able to exactly parse new commands into their meaning representations with 51.18% best F-measure at 72.67% precision and 39.49% recall. Results show that the parser was particularly accurate for short sentences.
机译:本文介绍了2014年SemEval任务6的Team UWM系统,该系统用于对机器人空间命令进行监督语义解析。现有的语义解析器Krisp使用提供的自然语言机器人空间命令的训练数据及其形式机器人指令语言的含义表示进行了训练。整个过程几乎不需要人工。无需使用单词对齐语义树的附加注释,训练有素的解析器就可以将新命令准确解析为它们的含义表示形式,其最佳F度量为51.18%,准确度为72.67%,召回率为39.49%。结果表明,解析器对于短句特别准确。

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