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한국어와 독일어 음식물 섭취 동사류으 결합가 대조 연구
고영근 ( Young Keun Ko ),김경욱 ( Gyung Uk Kim ),( N. R. Wolf ) 한국외국어대학교 언어연구소 2005 언어와 언어학 Vol.0 No.35
In our research we have described the syntactic and logical-semantic valency of the wordfield ``food absorption`` in korean and german verbs and compared the one with another, We have divided these verbs into seveal semantic classes und selected the lists that belong to each semantic class. Then we have described complements (syntactic valency ) and semantic properties (logical-semantic valency) of the verbs, We have reached the conclusion that the lists of the korean and german verbs that belong to the same wordfield are not entirely equal. Even if their semantic properties are identifical, the contents of each verb are not equal. And then a one-t0-many correspondence between the verbs is found or there is the case the meaning of korean verbs includes the partial meaning of german verbs. Because in the same wordfield there are not the korean verbs but the german verbs, they had to be included there as a phrasal construction. German prefixes are combined with the verbs and display various meanings. Because of the development of the german prefixes. the number of the german verbs in the wordifield ``food absorption`` is more than the number of the korean. In korean there are many complex verbs that are combined with the verb ``meokda(eat)``in the wordfield ``food absorption`` But their number is not abundant. The meaning of the verbs that are combined with german prefixes are expressed by the auxiliary verbs in korean.
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고영근(Ko young-Keun) 한국도교문화학회 2008 道敎文化硏究 Vol.28 No.-
중국의 다양한 전통무술중 태극권은 ‘철권’으로 보아도 무방할 정도로 중국전통문화적 특징과 중국전통철학의 영향을 받아서 창안되고 발전되어왔다. 본문은 태극권의 권리에 영향을 미친 중국전통철학적 기초에대해서 태극사상, 음양학설 및 천인합일설의 관점에서 분석을 시도했다. 특히 태극권 권리에 대한 도가와 유가철학적 기초에 대한 연구는 태극권수련자로 하여금 정확한 수련방법과 수련자세를 확립시켜서 健身ㆍ應用ㆍ修養이라는 태극권수련의 목적을 달성하는 과정에 관건적인 문제일 뿐아니라, 태극권이란 무술적 관점에서 중국전통문화의 특징 및 전통철학사상에 대한 심층적 이해에도 순기능을 지닐 것이다. This study aims to analyze Chinese traditional philosophical bases that have influenced Taijiquan. Additionally,the interrelation of Taegeuk doctrine, the principles of Yin and Yang, and theory of celestial and human unity will be considered. Taijiquan, as known, was created, and has been increasingly developed, along with the characteristics of Chinese traditional culture and philosophy. Surely, its popularity and status are as high as ‘Cheolkwon’, using fists to strike one's opponents. As shown, the understanding of Taoist and Confucian philosophical bases enables Taijiquan trainees to perform how to address and to enforce their minds. Moreover, it helps them accomplish Taijiquan's major aims: how to keep their bodies healthy, to apply it to their practical skills, and to cultivate their minds. More importantly, it is strongly believed that Taijiquan has a positive aspect for trainees to deeply understand the characteristics of Chinese culture and its traditional philosophy.
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Mixed Driving 방식을 이용한 QVGA급 LDI의 Source Driver 설계
김학윤(Hak-Yun Kim),고영근(Young-Keun Ko),이성우(Sung-Woo Lee),최호영(Ho-Yong Choi) 大韓電子工學會 2009 電子工學會論文誌-SD (Semiconductor and devices) Vol.46 No.11
본 논문에서는 mixed driving 방식을 이용하고 이미지 개선을 위해 γ-correction을 수행하는 QVGA급 TFT-LCD driver IC의 Source Driver를 설계한다. 240 RGB x 320 dots resolution을 가진 source driver는 720개의 채널을 통해 TFT-LCD 패널을 구동하고 18-bit의 RGB 데이터를 사용하여 26만 color를 수행한다. Mixed driving 방식은 종전의 좋은 구동력을 가진 channel amp. driving 방식에 저면적이 가능한 gray amp. driving 방식을 혼합한 방식으로서, 영상이 동일 색상을 가지는 worst case를 감지하여 구동력을 높여주는 방식을 사용함으로써 적절한 구동력과 저면적을 구현하는 설계방식이다. 본 Source Driver는 0.35㎛ Magnachip embedded DRAM 공정을 사용하여 설계하였으며 Hspice를 사용하여 시뮬레이션을 하였다. 실험결과, 기존의 gayscale driving 방식에서는 hsync time을 만족시키지 못하는데 비해 17㎲의 channel 구동시간으로 충분한 timing margin을 가지고 액정 channel 을 구동할 수 있으면서, 구동 앰프 78개와 제어회로를 갖는 저면적으로 설계되었다. In this paper, we present the design of a source driver of QVGA scale TFT-LCD driver IC which uses a mixed driving method and performs γ-correction to improve image. The source driver with 240 RGB x 320 dots resolution drives a TFT-LCD panel through 720 channels and implements 262k colors using 18-bit RGB data format. The mixed driving method is a mixture the channel amp. driving method with high drivability and the gray amp. driving method with small area, which remarkably reduces channel driver areas. The driver has been designed using the 0.35㎛ Magnachip embedded DRAM technology and simulated using the HSPICE simulator. The results show that our source driver operates well with γ-correction and the channel driver has 17㎲ channel driving time with only 78 driving amplifiers and control logic.
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