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정경호(Kyeong Ho Chung),남은영(Eun Young Nam),권정현(Jung Hyun Kwon),허윤영(Youn Young Hur),권순일(Soon Il Kwon),김윤경(Yoon Kyeong Kim),마경복(Kyeong Bok Ma),윤수현(Su Hyun Yun),이목희(Mock Hee Lee),박영식(Young Sik Park),이석호(Seo 한국육종학회 2020 한국육종학회지 Vol.52 No.S
Although small-scaled breeding programs for apples, pears, and grapes were conducted in the 1930s and 1940s, national fruit breeding programs by the Korean government were commenced after the foundation of the National Horticultural Technical Institute on May 20, 1953, and the programs were confined to apples and pears. Peach and grape breeding programs were started after the establishment of Rural Development Administration (RDA), with the Horticultural Experiment Station as its affiliated research organization in 1962. However, because of insufficiencies in breeding infrastructure, manpower, and funds during the 1960s and 1970s, most efforts were devoted to the collection and selection of wild Akebia and Actinidia, local varieties of astringent persimmons, jujube, and apricot, and adaptability tests of foreign fruit varieties. Fruit breeding programs became more activate with the establishment of the Apple Research Institute, the Pear Research Institute and the Citrus Research Institute as subsidiary organizations of the Fruit Research Institute, RDA, in 1991, and with Fruit Experiment Stations for grapes, persimmons, and peaches as affiliated provincial research organizations in early 1990s to cope with the domestic agricultural market opened by Uruguay Round Agreements. The legislation of the Seed Industry Law in 1995 and joining the UPOV in 2002 contributed to fruit breeding activation in the private sector. The results of such breeding programs include the development of the ‘Danbae’ pear as the first fruit variety in 1967, the ‘Yumyong’ peach in 1977, the ‘Hongro’ apple, and the ‘Cheongsoo’ grape. After the Korea-Chile FTA, effective in 2004, research projects for the development of molecular markers linked to disease resistance in fruit trees and seedless grapes have been carried out to improve the competitiveness of the Korean fruit industry. However, the establishment of a molecular breeding system based on genome sequence information and collaboration among research organizations are required for competition in domestic and foreign fresh fruit markets. In this review, we analyze the achievement from the fruit breeding programs operated by central and local autonomous governments since 1945, and propose future directions and strategies.
이왕우(Wang-Woo Lee),이석형(Seok-Hyoung Lee),최호섭(Ho-Seop Choe),윤화묵(Hwa-Mook Yoon),김종환(Jong-Hwan Kim),허윤영(Yoon-Young Hur) 한국콘텐츠학회 2007 한국콘텐츠학회 종합학술대회 논문집 Vol.5 No.2_1
본 논문은 웹뉴스 및 리뷰 검색 서비스를 위해 만든 통합 검색 시스템을 소개한다. 검색 서비스를 위한 데이터 수집을 위해서 특정 사이트에서 수집한 뉴스와 리뷰 문서로부터 제목, 날짜, 저자, 본문처럼 특정한 영역의 데이터만 추출하는 XSLTRobot을 만들었다. XSLTRobot은 원하는 부분의 데이터만 추출하기 위해 XSLT 기술을 이용한다. 여러가지 검색 데이터 형식에 적합한 통합 검색엔진과 통합 검색엔진의 스토리지 모듈중 하나인 동적 색인 저장소(Dynamic Index Storage)를 소개한다. 동적 색인 저장소는 뉴스 데이터처럼 색인의 업데이트가 빨라야 하는 환경에 이용된다. 본 논문에서 제시하는 동적 색인 저장소는 대량의 실시간 업데이트 문서를 처리하지 않기 때문에 검색성능에 초점을 맞춰서 설계하였다. In this paper, the integrated search system made for the web news and review retrieval service is introduced. We made XSLTRobot that extract title, date, author and content from html document like news or reviews for search service. XSLTRobot used the XSLT technology in order to extract desired part of html page. The Intergrated Information Retrieval System(IIRS) is suitable for various search data format. And we introduce Dynamic Index Storage which is module of IIRS. Dynamic Index Storage is used to environment which needs fast index update like news. And it's design focused on retrieval performance because there was not many document that it has to update on a real time.