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최준일 김천대학교 1996 김천대학교 논문집 Vol.17 No.-
To overcome today's software crisis, we should reconsider software reusability in software development. Recently software reusability become a key issue in software engineering. Reusing software com-ponents enhance the productivity and quality of software. In this paper, the identification and classification system devel-oped for the reuse system. While a great deal of research over the past several years has been devoted to the component libraries and reusable software component, the composition issue of how to extract reusable components from existing systems, to classify reusable component has remained relatively unexplored. The identi-fication and classification system for the reusable components will support practical application for the reuse system.
과학 전문 용어 부가 정의문의 정보 유형 및 패턴 - 『표준국어대사전』 물리·생물 분야 뜻풀이 말뭉치를 대상으로 -
최준 한국사전학회 2019 한국사전학 Vol.- No.34
Acknowledging the importance of terminological definitions, this study sets out to investigate the categories and types of definition, the strategies and the linguistic markers used in definition in order to analyze and describe the definitions of scientific terms in the Standard Korean Language Dictionary, and more precisely the ‘supplementary definitions’, that is, the second definition following the primary definition in a dictionary entry. This study consists of two main steps. First, information types as appearing in the supplementary definitions are inductively identified based on previous research on definitions’ information types. Second, formal patterns that appear recurrently according to each information type are analysed. The corpus used to retrieve the information types in scientific term definitions and the definition patterns by information types is composed of the supplementary definitions of terminological headwords from the Standard Korean Language Dictionary, and more precisely of the nouns and noun equivalents in the fields of physics and biology. The information types of these supplementary definitions can be classified into some categories: ‘function/action’, ‘origin’, ‘example/hyponym’, ‘shape’, ‘organization’, ‘symbol’, ‘distribution’, ‘hyperonym’, and so on. The extraction of formal patterns by information types was performed by a tool called KNUgram, which is an n-gram-based language analysis tool specifically made for the morphological analysis of Korean language corpora and which uses the concept of skip-gram for the retrieval of consecutive word combinations and discontinuous word combinations. As the information types established for this study do not necessarily show a high frequency or reflect particular formal patterns, it can be said that the establishment of these information types can seemed to be somewhat arbitrary and in that sense shows some limitations. Nonetheless, the value of this study lies in that it seeks to overcome the limitations shown in previous research, including the overly comprehensive classification of conceptual terms and the consequent difficulty to apply it to practical tasks. Moreover, from an educational perspective, it is believed that not only the typical patterns of formal definitions, such as those appearing in specialized textbook corpora, but also patterns of semi-formal and informal definitions can be automatically retrieved and presented to learners of particular fields, thereby contributing to the conceptual understanding of specialized terms.
마이크로 가공 기술을 이용한 강유전체 박막 초전형 적외선 센서
최준임 대한전자공학회 1998 電子工學會論文誌, D Vol.d35 No.4
Pyoelectric infrared detectors based on La-modified PbTiO3 (PLT) thin films have been fabricated by RF magnetron sputtering and micromachining technology. The detectors form Pb$_{1-x}$ La$_{x}$Ti$_{1-x}$ O$_{3}$ (x=0.05) thin film ferroelectric capacitors epitaxially grown by RF magnetron sputtering on Pt/MgO (100) substrate. The sputtered PLT thin film exhibits highly c-axis oriented crystal struture that no poling trealization for sensing applications is required. This is an essential factor to increase the yield for realization of an infrared image sensor. Micromachining technology is used to lower the thermal mass of the detector by giving maximum sensor efficiency. Polyimide is coated on top of the sensing elements to support the fragile structure and the backside of the MgO substrate is selectively eteched to reduce the heat loss. The sensing element exhibited a very high detectivity D* of 8.5*10$^{8}$ cm..root.Hz/W at room temperature and it is about 100 times higher than the case of micromachining technology is not used. a sensing system that detects the position as well as the existence of a human body is realized using the array sensor.sor.