Abstract:
본 발명은 통계 정보를 이용한 규칙 기반 구문 분석 장치 및 방법에 관한 것으로, 본 발명의 일실시 예에 따른 통계정보를 이용한 규칙 기반 구문분석 방법은, 입력 문장에 대해 구문 규칙을 적용함으로써 구문 분석을 수행하는 단계; 상기 입력 문장에 대해 적용되는 규칙에 주어진 규칙 확률과 어휘통계정보에 기반하여 계산된 어휘 의존 가중치를 이용하여 상기 규칙에 대한 규칙 가중치를 계산하는 단계; 각 구문트리에 사용된 규칙에 대해 계산된 상기 규칙 가중치들을 곱하여 각 구문트리의 가중치를 계산하고 가장 높은 가중치를 갖는 구문 트리를 선택하는 단계; 및 상기 선택된 구문 트리를 출력하는 단계를 포함한다. 상술한 바와 같은 본 발명은, 규칙기반 방식의 효율성과 통계기반 방식의 높은 모호성 처리 성능을 갖는 구문분석이 가능하다. 언어 처리, 구문 분석, 통계 정보, 규칙 기반
Abstract:
PURPOSE: A translation device using a sample sentence based translation method and a pattern based translation method and a method thereof are provided to improve a translation performance by generating a translated sentence by comparing a sample sentence based translated sentence with a pattern based translated sentence. CONSTITUTION: An original sentence analysis unit(110) analyzes a sentence structure of an original sentence. A first translated sentence generation unit(120) translates phrases included in an original sentence based on a translation dictionary, a translation pattern, and a translation rule. A first translated sentence generation unit generates a first translated sentence corresponding to each phrase. A second translated sentence generation unit(130) translates the phrases included in the original sentence based on a phrase unit translation sample sentence. The second translated sentence generation unit generates a second translation sentence corresponding to each phrase. A translated sentence selection unit(150) selects the first translated sentence or the second translated sentence based on the reliability of the first and the second translated sentence. A translated sentence generation unit(160) generates a translated sentence based on the selected translated sentence. [Reference numerals] (100) Translation device; (110) Original sentence analysis unit; (120) Pattern-based translated sentence generation unit; (125) Translation information database; (130) Translation example-based translated sentence generation unit; (135) Translation example information database; (140) Translation example management unit; (150) Translated sentence selection unit; (160) Translated sentence generation unit;
Abstract:
PURPOSE: A translation knowledge server generating method and an apparatus thereof are provided to obtain a translation knowledge and to apply the obtained knowledge to a translation engine. CONSTITUTION: A data analysis unit(103) performs morphological analysis and syntax analysis of initial translation knowledge data collected from a data collecting unit. The data analysis unit outputs the analyzed data. A translation knowledge learning unit(105) determines a target word by domain according to predetermined domain information. The translation knowledge learning unit determines a domain through automatic leaning clustering. The translation knowledge learning unit learns translation knowledge in real time.
Abstract:
PURPOSE: An automatic real time translation knowledge extracting/verifying method and an apparatus thereof are provided to automatically build a translation knowledge of an automatic translation system and to reduce installation costs for building existing automatic translation knowledge dictionary. CONSTITUTION: A parallel corpus collecting unit(100) collects a parallel corpus on a web. The parallel corpus collecting unit removes a tag such as HTML. The parallel corpus collecting unit generates the parallel corpus. A translation knowledge extracting block(110) extracts predetermined translation knowledge. A translation knowledge evaluating block(130) evaluates and converts the extracted translation knowledge into a first evaluation element and a second evaluation element.
Abstract:
PURPOSE: An automatic interpretation device and method is provided to enhance the interpreting performance by using/calculating the similarity between an interpreted sentence and a first language sentence which is a speech recognition result. CONSTITUTION: A speech recognizer(S100) receives the first language speech and generates the first language sentence with speech recognizing process. A language processor(S110) extracts the element included in the first language sentence. A similarity calculation part(S120) compares the extracted element and the element included in the interpreted sentence, and calculates the similarity between the first language sentence and the interpreted sentence. A sentence translation part(S130) translates the first language sentence into the second language sentence according to the similarity. A speech composing part(S140) extracts/composes the speech data corresponding to the second language sentence and outputs the speech signal.
Abstract:
PURPOSE: A Korean language analyzing apparatus is provided to improve the efficiency of analyzing a noun phrase structure by determining noun phrase analysis candidates on the basis of a noun vocabulary pattern and a verb phrase pattern. CONSTITUTION: The inflected word expression/vocabulary pattern building block [verb phrase/vocabulary pattern building block](102) uses the sentences of the analysis object domain. The inflected word expression pattern and vocabulary pattern are away driven. A verb phrase/vocabulary pattern building block builds verb phrase patterns and vocabulary patterns using the sentences in a domain to be analyzed. An analysis candidate generating block(104) generates noun phrase analysis candidates by searching for a noun that can be a declinable word from the noun phrase sentence to be analyzed. A priority determining block(108) produces a preference from the established vocabulary patterns and determines the priority of the noun phrase analysis candidates. An analysis candidate selecting block(110) determines on noun phrase analysis candidate in consideration of the preference and inter-noun restriction.
Abstract:
PURPOSE: A source language-object language term list constructing apparatus and method thereof are provided to construct an original language-object language term list through mining of a search result through an intermediate language. CONSTITUTION: A document search unit(105) collects a search result including an original language. A data mining unit(107) extracts intermediate language parallel sentence or a word. A morpheme analysis unit(109) analyzes an extracted original language-middle language parallel sentence. A word alignment unit(111) aligns the language parallel sentence. A term generator(113) generates an original language term list.
Abstract:
PURPOSE: A Chinese translation apparatus and method thereof which uses syntax analysis information are provided to determine a Chinese sentence pattern by using syntax analysis information of a tagged Chinese sentence. CONSTITUTION: An input unit(102) performs segmentation and tagging of Chinese sentence and analyzes a syntax. A sentence pattern determining unit(104) uses a sentence pattern decision rule about the sentence analysis result. A transform unit(112) converts a Chinese sentence according to the sentence type. A terminative ending generating unit(114) generates terminative ending production rule corresponding to a sentence type.
Abstract:
PURPOSE: A method and device for segmenting a Chinese language are provided to phrase analysis accuracy and phrase analysis performance of Chinese based on phrase rule by performing a phrase segmentation based on Chinese contextual information. CONSTITUTION: A segmentation parameter setting unit(100) establishes a segment parameter about a sentence of Chinese in which morpheme is analyzed. A segment location estimating unit(102) presumes segment-available location and a maximum segment number about a Chinese sentence which the segment parameter is set.
Abstract:
PURPOSE: An automatic translation apparatus and a method thereof using a user interaction of a mobile apparatus which modifies the error of a text are provided to increase the level of an automatic translation result and to modify the recognition error about the text through user feedback. CONSTITUTION: An text recognition controller(103) designates a target character string area through a user interaction in a digital image and performs the character recognition through an OCR(Optical Character Recognition). A text transmission controller(105) transmits the text character string. An automatic translation controller(107) generates a translation of the character string by using automatic translation knowledge database.