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Hidden Markov Modeling for Semantic Analysis—On the Combination of Different Decoding Strategies

机译:用于语义分析的隐马尔可夫建模—关于不同解码策略的组合

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Different strategies to enhance the semantic decoding accuracy of a stochastic parser are discussed and comparatively evaluated on a corpus containing dialogues between two persons scheduling a meeting. Using a stochastic parsing method the human effort can be limited to the task of data labeling, which is much simpler than the design, maintenance and extension of grammar rules, especially for non-experts. Since a stochastic method automatically learns the semantic formalism through an analysis of these data, it is comparatively flexible and robust and can easily be ported to different applications, domains and human languages. The performance of the parser was improved by subsequently adding valuable and removing redundant semantic information, as well as by combining several decoding methods either sequentially or in parallel.
机译:讨论并提高了随机分析器的语义解码精度的不同策略,并在包含计划会议的两个人之间的对话的语料库上进行了比较评估。使用随机解析方法,可以将人员的工作限制在数据标记的任务上,这比语法规则的设计,维护和扩展要简单得多,尤其是对于非专家而言。由于随机方法通过分析这些数据自动学习语义形式主义,因此它相对灵活且健壮,可以轻松移植到不同的应用程序,领域和人类语言中。通过随后添加有价值的和删除冗余的语义信息以及通过顺序或并行组合几种解码方法,可以提高解析器的性能。

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