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1)  Error-driven learning method
错误驱动方法
2)  error-driven
错误驱动
1.
This paper adopts three methods including Error-Driven,Support Vector Machines and Hidden Markov Model to recognize noun phrases in Chinese texts.
利用错误驱动法、支持向量机法和隐马尔可模型3种方法对汉语文本进行名词短语识别,对实验进行比较分析,结果表明SVM与HMM的识别效果总体上要好于错误驱动法,HMM法在封闭测试中优势明显。
2.
Using three methods of error-driven,support vector machine and hidden markov model,noun phrase recognition is carried on to chinese text,through comparative analysis to experiment,the results indicate that the recognition effects of SVM and HMM are overall better than the method of error-driven,HMM method has the distinct advantage in the closed test.
利用错误驱动法、支持向量机法和隐马尔可模型三种方法对汉语文本进行名词短语识别,对实验进行比较分析,结果表明SVM与HMM的识别效果总体上要好于错误驱动法,HMM法在封闭测试中优势明显。
3.
This paper proposes a hybrid error-driven combination approach to chunking Chinese Base noun phrase(Chinese Base NP),which combines TBL(Transformation-based Learning) model and CRF(Conditional Random Field) model.
本文采用一种新的错误驱动的组合分类器方法来实现中文Base NP识别。
3)  transformation-based error-driven learning approach
基于转换的错误驱动方法
4)  transformation-based error-drive learning
基于转换的错误驱动学习方法
5)  Wrong methods
错误方法
6)  error-driven learning
错误驱动学习
1.
This paper proposes a new method for recognizing the extents of the time expressions based on dependency parsing and error-driven learning,which begins with time trigger word(namely,the syntactic head of dependency relation),uses Chinese dependency parsing to recognize the extents of the time expressions,Subsequently,we use the transformation-based error-driven lear.
首先以时间触发词为切入点,据依存关系递归地识别时间表达式,大大地提高了识别效果;然后,采用错误驱动学习来进一步增强识别效果,根据错误识别结果和人工标注的差异自动地获取和改进规则,使系统的性能又提高了近3。
2.
This paper proposes a chunking approach that combines support vector machine with error-driven learning.
给出了一种错误驱动学习机制与SVM相结合的汉语组块识别方法。
3.
This paper proposes a new method for recognizing the extents of the time expressions based on the dependency parsing and error-driven learning,which begins with time trigger word(namely,the syntactic head of dependency relation),uses Chinese dependency parsing to recognize the extents of the time expressions,and greatly improves the system performance;Subsequently,we .
首先以时间触发词为切入点,据依存关系递归地识别时间表达式,大大地提高了识别效果:然后,采用错误驱动学习来进一步增强识别效果,根据错误识别结果和人工标注的差异自动地获取和改进规则,使系统的性能又提高了近3。
补充资料:错误
①不正确;与实际不合:错误的看法。②指不正确的观点、行为等:犯错误|错误非常严重。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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