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    • 4. 发明授权
    • Discriminative syntactic word order model for machine translation
    • 用于机器翻译的判别句法词序列模型
    • US08452585B2
    • 2013-05-28
    • US12061313
    • 2008-04-02
    • Kristina Nikolova ToutanovaPi-Chuan Chang
    • Kristina Nikolova ToutanovaPi-Chuan Chang
    • G06F17/27
    • G06F17/2818
    • A discriminatively trained word order model is used to identify a most likely word order from a set of word orders for target words translated from a source sentence. For each set of word orders, the discriminatively trained word order model uses features based on information in a source dependency tree and a target dependency tree and features based on the order of words in the word order. The discriminatively trained statistical model is trained by determining a translation metric for each of a set of N-best word orders for a set of target words. Each of the N-best word orders are projective with respect to a target dependency tree and the N-best word orders are selected using a combination of an n-gram language model and a local tree order model.
    • 使用歧视性训练的词序模型来识别从源语句翻译的目标词的一组单词顺序中最可能的单词顺序。 对于每个单词组,鉴别训练的词序模型基于源依赖树中的信息和目标依赖关系树和基于单词中单词顺序的特征来使用特征。 通过针对一组目标单词的一组N个最佳单词顺序中的每一个确定翻译度量来训练经歧视地训练的统计模型。 每个N最好的单词顺序相对于目标依赖关系树是投影的,并且使用n-gram语言模型和本地树顺序模型的组合来选择N个最好的单词顺序。
    • 5. 发明申请
    • Discriminative Syntactic Word Order Model for Machine Translation
    • 机器翻译判别语法词序模型
    • US20080319736A1
    • 2008-12-25
    • US12061313
    • 2008-04-02
    • Kristina Nikolova ToutanovaPi-Chuan Chang
    • Kristina Nikolova ToutanovaPi-Chuan Chang
    • G06F17/27
    • G06F17/2818
    • A discriminatively trained word order model is used to identify a most likely word order from a set of word orders for target words translated from a source sentence. For each set of word orders, the discriminatively trained word order model uses features based on information in a source dependency tree and a target dependency tree and features based on the order of words in the word order. The discriminatively trained statistical model is trained by determining a translation metric for each of a set of N-best word orders for a set of target words. Each of the N-best word orders are projective with respect to a target dependency tree and the N-best word orders are selected using a combination of an n-gram language model and a local tree order model.
    • 使用歧视性训练的词序模型来识别从源语句翻译的目标词的一组单词顺序中最可能的单词顺序。 对于每个单词组,鉴别训练的词序模型基于源依赖树中的信息和目标依赖关系树和基于单词中单词顺序的特征来使用特征。 通过针对一组目标单词的一组N个最佳单词顺序中的每一个确定翻译度量来训练经歧视地训练的统计模型。 每个N最好的单词顺序相对于目标依赖关系树是投影的,并且使用n-gram语言模型和本地树顺序模型的组合来选择N个最好的单词顺序。