• Title/Summary/Keyword: Susik

Search Result 6, Processing Time 0.021 seconds

The Adaptation and Transformation of the Royal Style "Keunmeori", Grand Headdress in Modern Civil Wedding -Focusing on Goegye- (근대 민간 혼례 큰머리 양식의 궁중 양식 수용과 변용 -괴계를 중심으로-)

  • Sunhee Oh
    • Journal of the Korean Society of Clothing and Textiles
    • /
    • v.48 no.2
    • /
    • pp.382-396
    • /
    • 2024
  • "Keunmeori", the grand headdress with various decorations attached to thickly braided and raised hair has been used as a bride's formal attire since the Joseon Dynasty, and in the modern period, new styles known as goegye and hyuche appeared as formal attire for civil weddings. Goegye was formed from a round wooden pillar wrapped with hair and decorated richly with ornaments; getting married with goegye meant that the wife was officially married. Hyuche was made by braiding the hair into two long plaits and decorating it with colorful fluttering hairpins and gold leaf hair ribbons. Hyuche was originally formal attire for a princess at her wedding, and it is thought to have been less frequently used in the private sector due to its higher cost than goegye. The style of goegye appears to have been influenced by the susik, the highest formal attire for a queen, and in particular, the decorations on the circular top part of the susik were presumed to have been similarly reproduced in folk weddings. Goegye changed in various aspects according to the social environment and atmosphere of the times, and was also used as formal attire for a prince's wife.

Royal Ladies' Hair Styles of Joseon Dynasty in the 19th Century (19세기 조선 왕실 여성의 머리모양)

  • Lee, Eun-Joo
    • Journal of the Korean Society of Costume
    • /
    • v.58 no.3
    • /
    • pp.19-33
    • /
    • 2008
  • Hair style of royal ladies in the 19th century according to the wedding record of King Heon-jong and Lady Sunhwagung is studied in this paper and summarized as follows: First, Saengmeori was a bridal hair style for the wedding night in Gyeonmagi(jacket) and Daeranchima(Skirt with gold trimming). It was a typical girls' hair style before the coming-of-age ceremony. It was composed of Saengmeoridari(wig), Seockunghwang, Jogduri(Coronet decorated with Jewellery), Saengdaeng-gi(hair ribbon) trimmed pearls, and jade disk trimmed pearls. Second, Garaemeori(double bun hair style) was the hair style with Wonsam when the chosen bride went to Byeol-Gung, a special palace for the bridal. It was composed of Gareachi(wig) and Cheopji(small wig) with the frontal hair ornament, jogduri, and Saidang-gi(hair ribbon). Third, Jojimmeori(single bun hair style) is a basic hair style for the madame. It was composed of jojimmeorichilbo, jogduri, jojimmeoridari(wig), and Cheopji with a frontal hair ornament. Fourth, Keunmeori is the second most important hair style for the court ceremony. It was composed of Eoyeomjogduri, Eoyeomdari(wig), Cheopji with a frontal hair ornament, Keunmeoridari(wig), and Keunmeorichilbo. Fifth, Susik, the most important hair style for the court ceremony, is the hair style for ceremonies including the day of becoming the formal queen, the first greeting day to the King's family. It was composed of 4 kinds of wigs and Susik-chilbo.

Scan Chain Modification for Low Power Design (저 전력을 고려한 스캔 체인 수정에 관한 연구)

  • Park Susik;Kim Insoo;Jung Sungwon;Min Hyoung Bok
    • Proceedings of the Korean Information Science Society Conference
    • /
    • 2005.11a
    • /
    • pp.835-837
    • /
    • 2005
  • 이동기기들이 늘어가고 있는 추세에서 기기들의 구성품인 디지털 회로들의 테스트 시간과 전력소모는 성능에 상당한 영향을 미친다. 테스트 시간을 줄이는 방법은 병렬 코어 테스트 방법으로 줄일 수 있으나, 다양한 코어들이 동시에 테스트 되면 많은 전력 소모를 야기 시킨다. 스캔 구조를 기반으로 한 회로에서 전력 소모는 테스트 데이터의 불필요한 천이에 의해 많이 발tod한다. 그러므로 스캔 체인을 수정함으로 인해 입력 값과 출력 간의 천이를 줄일 수 있다. 제안하는 스캔 체인의 수정은 스캔 셀의 재배치와 특정한 회로의 추가로 이루어진다. 또한 회로의 추가는 그에 적합한 그룹화를 시킴으로써 최소의 수를 결정한다. 천이 주기를 해석하여 효과적인 알고리즘을 세움으로써 최적의 스캔 체인구조와 그룹을 구함으로써 전력 소모를 최소화할 수 있다.

  • PDF

A Study on Some Female Ceremonial Robes (Jangsam and Sooboro etc.) of the Choson Dynasty (조선시대 비빈 장삼 및 수보노의 일고찰 -의궤 복완도설을 중심으로-)

  • Kim Myoung Sook
    • Journal of the Korean Society of Clothing and Textiles
    • /
    • v.8 no.3
    • /
    • pp.57-65
    • /
    • 1984
  • This is to study some female court costumes, Jamgsam and Sooboro etc. (장삼, 수보노), which seem to had been used as ceremonial robes. There is no remaines, and only a little written materials can be used. The Kook-Chang-Dogam Eui Gues(국장도감의구) give us some know ledges on the shapes, materials, embroideries and the usages of them. After surveying the provisions of the Eui-Gues, Auther arrived at conclusions as follow; 1. Jangsam(장삼) set is the counterpart of the Myunbok(면복) set. 2. Sooboro(수보노), worn over the Sang(상), is short, divided into three parts from the middle of the length, and the peonies(목단) are embroidered at the bottom of the three parts. 3. Jangsam(장삼) is accompanied by susik(수식), which seems to be a kind of headband, and a pair of gloves(수의).

  • PDF

A Study on the Synonyms of Clothing terms in the Vocabulary Books of the Joseon Period (조선시대 어휘집을 중심으로 본 복식명칭의 동의 관계 분석)

  • Kim, Eun-Jung;Kang, Soon-Che
    • Journal of the Korean Society of Costume
    • /
    • v.57 no.5 s.114
    • /
    • pp.140-150
    • /
    • 2007
  • The study aimed to classify the synonyms of clothing terms, such as equal relationship, connoting relationship and partial relationship. The subjects of the study are eleven Chinese character study books such as <石峰千字文 Seokbongcheonjamun> <丙子本千字文 Byeongjacheonjamun>, <註解千字文 Juhaecheonjamun>, <訓蒙字會 Hungmongjahoi>, <新增類合 Sinjeungyuhap>, <兒學編 Aahakpyeon(1816) (1908)>, <蒙喩編 Mongyupyeon>, <字類註釋 Jalyujuseok>, <正蒙類語 Joengmongyueo> and <通學徑編 Tonghakgyeongpyeon>, seven foreign language study books such as <譯語類解 Yeokeoyuhae>, <譯語類解補編 Yeokeoyuhae-supplementary book>, <同文類解 Dongnunyuhae>, <蒙語類解 Mongeoyuhae>, <蒙語類解補編 Mongeoyuhae-supplementary book>, <倭語類解 Oaeeoyuhae> and <方言類釋 Bangeonyuseok>, and some vocabulary books <才物譜 Jaemulbo>, <廣才物譜 Kwangjaemulbo>, <物譜 Mulbo>, <物名攷 Mulmyeongko>, and <事類博解 Salyupakhae>. There are two kinds of synonyms with equal relationship that are spelled as more than two names for the same clothing. The first group was names that have different vocabularies for the same Chinese character headword, for example, Gyeokji and Namosin, Jeoguriot and Dongdolssi, Deungjige and Got dongot, Daloi and Nangja, Jitbidan and Oaedan, jusa and jeuusya, jusa and Murui, Muja and Heoja, and so on. The second group was names that are spelled with sound and meaning of Chinese character, for example, Nuyeok and Saui, Binhyeo and Jam, Mosi and Jyeopo, and so on. Also synonyms of Chinese names were found in equal relationship. Synonyms with connoting relationship in which one name perfectly connotes meaning of another name are Gotgal and Susik, Danryeong and Gwandae, Bosyeon and Chyeong, ete. In these cases, the range of the meaning of clothing terms can be confirmed since names with broad meaning connote names with narrow meaning. There are differences in use and form. In partial relationship synonym with the same name, some synonyms like Baji and Goui, and jeoksam and Hansam have difference in use, while Gamto, Got and Sarno, Neolku and Satgat, and Nangja and Cheopji have difference in form. These presented differences among similar names.

Load Balancing for Distributed Processing of Real-time Spatial Big Data Stream (실시간 공간 빅데이터 스트림 분산 처리를 위한 부하 균형화 방법)

  • Yoon, Susik;Lee, Jae-Gil
    • Journal of KIISE
    • /
    • v.44 no.11
    • /
    • pp.1209-1218
    • /
    • 2017
  • A variety of sensors is widely used these days, and it has become much easier to acquire spatial big data streams from various sources. Since spatial data streams have inherently skewed and dynamically changing distributions, the system must effectively distribute the load among workers. Previous studies to solve this load imbalance problem are not directly applicable to processing spatial data. In this research, we propose Adaptive Spatial Key Grouping (ASKG). The main idea of ASKG is, by utilizing the previous distribution of the data streams, to adaptively suggest a new grouping scheme that evenly distributes the future load among workers. We evaluate the validity of the proposed algorithm in various environments, by conducting an experiment with real datasets while varying the number of workers, input rate, and processing overhead. Compared to two other alternative algorithms, ASKG improves the system performance in terms of load imbalance, throughput, and latency.