Abstract:
본 발명은 개체 식별 결과 검색 시스템 및 방법에 관한 것으로, 개체들에 대한 속성정보가 온톨로지로 저장된 다중 온톨로지 데이터베이스, 질의어가 입력된 경우, 상기 질의어에 대한 식별결과를 트리플 저장모듈로부터 획득하고, 상기 획득된 식별결과를 상기 다중 온톨로지 데이터베이스로부터 획득된 상기 질의어에 대한 식별결과와 비교하여 개체식별 필요 여부를 판단하고, 개체식별이 필요한 경우 상기 다중 온톨로지 데이터베이스로부터 식별대상 개체의 속성정보를 획득 및 비교하여 개체들을 식별하고, 상기 개체식별에 따른 결과정보를 제공하는 개체식별결과 검색장치를 포함한다. 따라서 본 발명에 따르면, Linked Data에 포함된 다중 온톨로지의 속성 정보를 이용하여 다양한 유형의 개체들을 점진적으로 식별할 수 있다.
Abstract:
PURPOSE: A technology roadmap service providing method and a system thereof are provided to obtain major development technologies and development prediction technology candidates of each subject, thereby generating a technology roadmap with a change flow or the development prediction technology candidates of each major development technology. CONSTITUTION: If a specific major development technology is selected from a technology roadmap, an association technology processing unit(460) obtains major association development technologies among major development technologies displayed on the technology roadmap. The association technology processing unit connects the major development technologies with the major association development technologies. The association technology processing unit displays the connected technologies on the technology roadmap. The association technology processing unit associates the specific major development technology with a development prediction technology candidate derived from the major association development technologies. [Reference numerals] (400) Technology roadmap generating device; (410) Research technology information DB; (420) Research prediction technology information DB; (430) Unser interface unit; (450) Technology roadmap generating unit; (460) Technology processing unit
Abstract:
PURPOSE: A research prediction technology recommendation method and system thereof are provided to recommend and select technologies for new research fields by using information for main technologies of each object. CONSTITUTION: A research prediction technology candidate selecting module(250) acquires main technologies of each object from a research technological information database(220). The research prediction technology candidate selecting module calculates frequency values for the acquired technologies by acquiring one or more technologies. The research prediction technology candidate selecting module selects technologies held a high rank as research prediction technology candidates of each object.
Abstract:
PURPOSE: An associated technology information providing method and system thereof are provided to offer representative subjects or associated technologies through a technology life period graph. CONSTITUTION: An associated technology information database construction apparatus(200) constructs an associated technology information database. Associated technologies for each technology displayed on a technology life period graph and subjects of the associated technologies are defined in the associated technology information database. An associated technological information providing apparatus(300) acquires the associated technology information from the associated technology information database. The associated technology information providing apparatus displays the representative subject of the associated technologies or the associated technologies on the technology life period graph.
Abstract:
PURPOSE: A technology trend visualization device and a method thereof are provided to predict the present position in technology life cycle of a specific technique, year steps, and development speed. CONSTITUTION: A technology information database(110) stores information about the representative step, the present step, and the next step, and the year step in the technology life cycle. A quality set generating module(140) searches the technologies located in the technology life cycle in the bibliographic database, computes quality value on the defined qualities, and produces quality set classified into technologies. A correct quality set generating module(150) computes the common quality value of the quality sets of the technologies belonging to the same step in the technology life cycle and produces the correct quality set classified into the steps.
Abstract:
PURPOSE: A regulation inference engine and dynamic materializing method including a wild pattern regulation are provided to increase the deduction performance and effectiveness of a regulation by reducing a join computation and the number of join nodes. CONSTITUTION: A network constructing unit(110) refers to an ontology schema according to a wild pattern. A network execution unit(120) generates the inferred triple and dynamically generates new regulation by implementing ontoloty in a network. A network expansion unit(130) adds the new regulation in the network.
Abstract:
PURPOSE: A system and method for estimating a correlation relation inference between researches are provided to conveniently grasp cooperation/competition relationship between researches by fusioning and providing correlation relationship between the researches with a result according to the technique field. CONSTITUTION: A result obtaining unit(306) obtains a result about a technique field by searching an integrated result database. A research subject extracting and grouping unit(308) connects and groups a common research object of a result. A research group generator(310) connects groups included in the same researches to generate research group. The correlation reasoning unit(312) infers correlation relationship between researches based on the research groups.
Abstract:
PURPOSE: A reference deciding system and method thereof are provided to support the decision of a suitable reference by examining correlation between an input literature and a reference. CONSTITUTION: A theme comparing module(130) interprets an input literature and decides a reference. The theme comparing module extracts a reference and extracts a theme from the input literature. The theme comparing module compares a theme of the input reference in a matching scheme. A relation determining module(150) determines a correlation between the input literature and the reference by using a comparing result.
Abstract:
PURPOSE: An apparatus for updating named entity database or mining rule database update is provided to manage language resources in a predetermined way by connecting the named entity database and mining rule database with an ontology schema. CONSTITUTION: A mining pattern generating module(130) recognizes a term from the text, and changes the text into the mining pattern. A name entity and mining rule search module(120) searches the name entity and mining rule database(110) using term and mining pattern. In case the name entity is not searched and the mining regulation is searched, the entity name database updating module(140) assumes the named entity based on the mining rule, and stores named entity in advance stores the name entity to the entity name dictionary.
Abstract:
PURPOSE: A semantic service system and a method thereof are provided to automatically combine semantic services according to the free search and selection of an ontology, thereby providing combined semantic service or semantic workflow and interactive interface. CONSTITUTION: A semantic service management server(100) supports information search by semantic broker server(200). The semantic broker server provides result into one among complex semantic service and semantic workflow by searching and combining the semantic service through the semantic service management server. As a user inputs the condition according to the preset item, a semantic service authoring server(300) transmits the condition to the semantic broker server. The semantic service authoring server receives a result corresponding to the condition.