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Language understanding and subsequential transducer learning

机译:语言理解和后续换能器学习

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The application of the Onward Subsequential Transducer InferenceAlgorithm (OSTIA) recently introduced by J. Oncina et al. (1993) to(pseudo-) natural language understanding is considered. For thispurpose, a task proposed by J.A. Feldman et al. (1990), as a touchstonefor comparing the capabilities of language learning systems has beenadopted and three increasingly difficult semantic coding schemes havebeen defined for this task. In all cases the OSTIA was consistentlyproved able to learn very compact and accurate transducers fromrelatively small training sets of input-output examples of thetask
机译:继继换能器推论的应用 J. Oncina等人最近引入的算法(OSTIA)。 (1993)至 (伪)自然语言理解被考虑。为了这 目的,由J.A.提出的任务费尔德曼(Feldman)等人。 (1990),作为试金石 比较语言学习系统的能力 采用了三种难度越来越大的语义编码方案 已为此任务定义。在所有情况下,OSTIA始终如一 证明能够从中学习非常紧凑和准确的传感器 相对较小的训练集的输入输出示例 任务

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