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Radio telemetry를 이용한 금강 보 설치구간에서 쏘가리 (Siniperca scherzeri)의 이동 특성
백승호 ( Seung Ho Baek ),윤주덕 ( Ju Duk Yoon ),김정희 ( Jeong Hui Kim ),박상현 ( Sang Hyeon Park ),이진웅 ( Jin Woong Lee ),장민호 ( Min Ho Jang ),김수경 ( Su Kyung Kim ),변명섭 ( Myeong Seop Byeon ) 한국하천호수학회(구 한국육수학회) 2015 생태와 환경 Vol.48 No.2
Abstract Siniperca scherzeri is major target species for restocking and restoration project as it is one of the economic species in South Korea. In this study, to investigate their ecological characteristics movement pattern and habitat characteristic of S. scherzeri were analyzed using radio telemetry. Three specimens released during spawning season, moved more than 10 km toward upstream from the release site. Whereas the remains released after spawning season, settled within 400 m of their release site except two specimens (Ss 11, 3.2 km; Ss, 15, 1.4 km). One of possible reason of upstream movement during spawning season is reproduction. The conditions of their settlement area is similar with reference conditions of their spawning ground. S. scherzeri were mainly detected near the edge of the water, and it may related with the facts that rocks are mainly located at the edge of the water and S. scherzeri prefers rocks for their shelter. AMD (Accumulated movement distance) positively related with body weight and condition factor K, but no significant relationship was identified with gender and total length. Daily movement boundary of S. scherzeri was 214.94 m2~3,257.19 m2, and their movement was restricted near the edge of the water. The results of this study could be useful to restocking and restoration.
T-S Fuzzy 선형화를 이용한 PMSM 제어에 관한연구
백승호(Seung-Ho Baek),왕법광(Faguang Wang),곽군평(Gun-Pyong Kwak),박승규(Seung-kyu Park) 대한전기학회 2010 대한전기학회 학술대회 논문집 Vol.2010 No.7
This paper proposes a new T-S Fuzzy linearization of PMSM. PMSM is a nonlinear system and difficult to be controlled by using linear controllers. so, T-S Fuzzy controller method have been used for PMSM. T-S Fuzzy linearization of PMSM in this paper makes it possible to using linear control theory for PMSM
규장각(奎章閣) 소장(所藏) 중국본(中國本)에 압인된 정조(正祖) 장서인(藏書印) 고찰
백승호 ( Seung Ho Baek ),김영진 ( Young Jin Kim ),박철상 ( Chul Sang Park ) 한국한문학회 2015 韓國漢文學硏究 Vol.0 No.60
정조는 장서인을 본격적으로 사용한 조선의 국왕이었다. 현재 규장각한국학연구원에는 정조의 장서인이 압인된 중국본 104종의 서적이 소장되어 있다. 본 연구는 정조의 중국본 장서를 대상으로 중국본에 압인된 정조 장서인의 인문을 정리하여 정조 장서인의 실제를 보이고, 그 압인 방식과 특징을 밝혔다. 그리하여 장서인의 인문에 나타난 그의 학문적, 정치적 지향을 조명하였고, 그의 중국본 독서 편력을 일부나마 역으로 추적하였다. 규장각에 현전하는 정조의 중국본 장서 규모는 총 104종 6431책이며, 중국본에 압인된 정조의 장서인은 모두 33종이었다. 그 가운데 別號印이 11종, 身分印이 11종, 齋館印이 2종, 收藏印이 3종, 紀年印 1종, 閑文印이 5종이었다. 중국본에만 쓰인 장서인은 별호인 <顧菴藏>, 수장인 <傳世寶藏>, <朝鮮國>, 기년인 <己卯受冊辛巳齒學>, 한문인 <震離相生>, <讀書之樂何處尋 數點梅花天地心>이 있었다. 1) 정조 장서인의 특징은 사대부들처럼 본관, 이름, 자를 나타내는 姓名印, 字號印, 鄕貫印이 없다는 점이다. 대신 그는 별호인, 신분인, 한문인 또는 수장인을 주로 사용했다. 조선본은 약 75%정도 인장을 2과만 압인하는데 비해, 중국본은 2과의 인장과 3과 이상의 인장을 거의 비슷하게 압인했다. 또한 정조는 중국본에도 세손 시절 사용하던 인장과 즉위 후 사용하던 인장을 구별하여 사용했다. 인문이 같더라도 세손 때 사용한것과 별개의 장서인을 제작하여 사용한 경우도 있다. 중국본의 압인 방식은 조선본과는 의미 있는 차이를 보였다. 세손 시절 압인한 장서인의 경우 조선본과 유사하게 제1행 또는 제2행을 띄우고 2행-4행 사이에 압인하였다. 예외적으로 <觀物軒>, <貳極之章>의 경우는 우측 하단 광각에 가깝게 붙여서 찍었다. 그리고 <春宮小璽>, <翰墨寶藏> 같은 큰 인장은 권수면 상단 중앙에 압인했다. 즉위 후에는 권수 제1면부터 장서인을 압인했다. <朝鮮國>, <弘齋>, <萬幾之暇>를 조합하여 압인하였는데, <朝鮮國>은 서문이 실려 있는 제1책 제1면 우측 상단에 광각에 가깝게 압인하였고, 이와 짝이 되는 <弘齋>, <萬幾之暇> 등의 인장은 서문이 끝나고 권1이 시작하는 권수에 압인하였다. 이후 제2책부터는 권수 면에 위 인장들을 함게 압인하였다. 정조는 대체적으로 경전류, 역사서와 같이 서적의 내용에 따라 인장을 구분하여 사용했다. 먼저 세손 시절 수득한 책에 압인한 사례를 정리하면, 경부에는 <顧菴藏>, <震宮之章>, <己卯受冊辛巳齒> 또는 <弘齋>, <承華藏圭>, <大文章自六經來/ 讀書有三到眼到口到心到/ 作文有三到氣到神到識到>를2), 자부에는 <弘齋>, <承華藏圭>, 집부에는 <觀物軒>, <貳極之章>을 압인하는 경우가 많았다. 즉위 후에는 사부 분류에 상관없이 <朝鮮國>, <弘齋>, <萬機之暇>를 조합하여 압인하는 경우가 많았다. Jeongjo was the king who had many collection seals. There are 104 old books of 6431 volumes which were printed in China and sealed by his collection seals. This thesis focused on the reading of phrases of the collection seals, and decoding the way of sealing, to show his political and academic intention. There are 33 collection seals, which were sealed in Chinese printed books, of which, there are 11 Byolho(literary name) seals, 11 Sinbun (identification) seals, 2 Jaeguan(house or room name) seals, 3 Sujang (storage) seals, 1 Ginyeon(year record) seal, 5 Hanmun seals. The seals especially used on the books printed in China, was Byolho seal Goamjang, Sujang seal Jeonsebojang, Joseongug, Ginyeon seal Gimyosuchagsinsachihag, Hanmun seal Jinrisangsaeng, Dogseojilaghacheosim Sujeonmaihuacheonjisim The feature of Jeongjo’s collection seal was that he had no Seongmyeong (full name) seal, Jaho seal, Hyangguan(Family Origin) seal. Instead, he used Byolho seals, Sinbun seals, Sujang seals or Hanmun seals. Almost 75% of Korean printed old books were imprinted with 2 seals but half of Chinese printed old books were imprinted with 3 seals. He used different seals between Crown Prince period and King’s reign period. The way of sealing on the Chinese printed books was different from the way of sealing on the Korean printed books. The seals were imprinted on the very first page. During the Crown Prince period, the seals were imprinted between 2nd and 4th line with the 1st line being empty. Guanmulheon and Igeugjijang were imprinted in the right and downside of the book’s border. And the big seals, such as Chungungsosae, Hanmugbojang were imprinted the middle upper part of the first page. Joseongug was imprinted the right upper side of the very first page and Hongjae and Mangijiga were followed in the volume’s first page. Jeongjo used different collection seals dpending on the contents of the book. During the Crown Prince period, he imprinted Goamjang, Jingungjijang, Gimyosuchagsinsachihag, or Hongjae, Seunghuajanggyu, Daemunjangjayuggyeonglae on Gyeongbu; Hongjae, Seunghuajanggyu on Jabu, Guanmulheon, Igeugjijang on Jibbu. After he became the king, Joseonggug, Hongjae, Mangijiga were imprinted regardless of the book’s classification.
백승호(Seung-Ho Baeg),박재한(Jae-Han Park),백문홍(Moon-Hong Baeg) 대한전자공학회 2007 대한전자공학회 학술대회 Vol.2007 No.7
This paper is concerned with development of smart objects which are continuously working to help achievements of service robots. Among the functionalities that a home service robot must have are localization, navigation, object recognition, and object handling. These operations are usually performed by a service robot itself and the robot could have performed the given tasks in a limited environment or showed the limited capabilities in a natural environment. We initiated a smart environment project for light weight service robots to provide reliable services by interacting with the environment through the wireless sensor networks. In this paper, we presents our some smart objects which are developed for assisting service robots to achieve useful home service in the smart environment.
위암에서 MDR1 유전자 산물 ( P - glycoprotein ) 및 c - erbB - 2 단백의 과표현과 임상경과와의 관계
김인호(In Ho Kim),원종호(Jong Ho Won),백승호(Seung Ho Baick),진소영(So Young Jin),홍대식(Dae Sik Hong),이동화(Dong Wha Lee),박희숙(Hee Sook Park) 대한내과학회 1996 대한내과학회지 Vol.50 No.3
N/A Objectives: Stomach cancer is the most common cause of death in Korea, The morphological criteria such as histological type, grade, and growth pattern have been used in the assessment of gastric cancer, but appear unable to predict which patients will have a more or less favourable clinical outcome. With the advent of molecular biology, newer methods of classification have become available which may help to overcome the problems associated with morphological parameters and also provide an insight into the underlying mechanisms involved in tumor developement. The aim of this study was to determine the overexpression of the MDR1 gene product(P-glycoprotein) and c-erbB-2 oncogene in the primary gastric cancer, and to analyze its association with clinical parameters and clinical outcome, Methods: The overexpressions of the P-glycoprotein and c-erbH-2 protein by an immunohistochemical staining were evaluated on 54 tissues of gastric cancer patients who were managed with curative gastric resection. Results: The overexpressions of P-glycoprotein and c-erbB-2 protein were observed in 23(43%) and 30(65%) out of 54 tumors. The overexpression of P-glycoprotein showed significant association with depth of invasion of tumor and the overexpression of c-erbH-2 protein showed significant association with histological type of tumor. In univariate analysis, patients with P-glycoprotein positive tumors had poorer survival rates than those with P-glycoprotein negative tumors(p<0.005). There was no relationship between the overexpression of c-erbH-2 protein and survival rate. Multivariate analysis showed that lymph node involvement and depth of invasion were the significant prognostic factor but P-glycoprotein and c-erbH-2 overexpression had no significance. Conclusion: In summary of above findings, the overexpressions of P-glycoprotein and c-erbH-2 protein could be seen in primary gastric cancer and The overexpression of P-glycoprotein showed significant association with depth of invasion of tumor and the overexpression of c-erbH-2 protein showed significant association with histological type of tumor.