• 동양고전연구
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• 제37호
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• pp.127-159
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• 2009

황조인은 조선 중기까지 중국 사람을 뜻하는 말로 쓰이다가 영조 대에 와서 명나라 유민으로 조선에 들어와 정착한 사람을 지칭하는 말로 쓰였다. 황조인 개념이 생성된 배경을 보면 양난(兩亂) 이후 국가 재건과 함께 시작되었다. 이념적 기반으로, 효종 때의 '북벌론(北伐論)'은 이후 '존주론(尊周論)'으로 대체되었고, 숙종 때 대보단 창설로 소중화주의(小中華主義)의 정당성이 확보되었다. 영조 때에는 대보단의 확대개편 및 양란에 희생된 충신열사에 대한 현창 작업 등이 이루어졌다. 영조는 존주론과 대명의리론에 대한 자신의 이론화 작업에 힘썼다. 이는 '풍천(風泉)'의식의 유포, 어제서(御製書)의 편찬과 교육, 다수의 영조어제(英祖御製) 저술 등으로 표현되었다. 영조 때의 황조인과 그 후손에 대한 정책은 충량과(忠良科)의 설치, 대보단에 삼황(三皇) 배향, 황단 수직(守直)임무, 관직 제수, 증직(贈職) 등으로 시행되었다. 또 황조인의 명부인 "화인록(華人錄)'을 만들어 향화인과 차별된 우대책을 시행했다. 한편 영조의 '풍천(風泉)'의식이 널리 전파되어, 당대의 지식인들은 그 개념을 작품 속에 썼다. 이규상의 "병세재언록(幷世才彦錄)"과 송규빈(宋奎斌)의 "풍천유향(風泉遺響)" 등이 그것이다. 황조인에 대한 일반 민의 생각은 황조인의 우대책으로 인해 그들의 처지를 시기하고 부러워하는 방향으로 나타났다. 이렇듯 영조 시기 황조인에 대한 인식은 대명의리론과 존주론을 기반으로 이를 정책에 반영하는 방식으로 드러났고, 황조인에 대한 정책 또한 같았다. 향화인과는 다른, 명의 후손을 보호하고 우대하는 가운데 조선의 위상을 분명히 하려는 정치적 이념이 깔린 것이다.

• 한국생활과학회지
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• 제16권3호
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• pp.623-630
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• 2007

The remarkable fact regarding the History of Chosun Dynasty(from Jungjong- Youngjo) is that any slightest evidence can't be found that Pobeckchuck was used to measure clothes or various Pobecks. There remains the document that in the 22nd years of Myeonjong, Japan required that Pobeckchuck be used, but it couldn't be allowed because of the reason it was made in the former king. This fact raises the high possibility that Pobeckchuck could be the most trustworthy standardized ruler at that time, and in other point of view, it can be presumed that the measurement in the period of King Sejong continued to have been used until this time. It can be seen that the length of one Chuck of Pobeckchuck at this time must have been equivalent to 46. 73cm of Pobeckchuck of Samchuck in the period of Sejong. In the History of Sunjo Period, many records on Pobeckchuck can be found, which fact seemed to have rectified the measurement system which was disordered by military revolt, though the reason is not clear. Also a record can be found that in the period of Sunjo, Chinese envoy required the Sunjo Regime to use Pobeckchuck for the measurement of copper pillar, which record supports the fact that Pobeckchuck is the standardized ruler. Another record that in the 26th period of Youngjo, Pobeckchuck of Samchuck was corrected according to the Kyeongkukdaejeon shows that the length of Pobeckchuck was 46.80cm at that time. Also, the record which rectified many rulers with the comparison of Hwangjong-chuck, Ju-chuck, Joryeki-chuck, Yongjo-chuck, etc. with one another reveals that the rulers used in the period of Sejong continued to have been used unchanged until in the period of Youngjo.

• 건축역사연구
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• 제18권4호
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• pp.7-23
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• 2009

The "Jeongjagak(丁字閣, T shaped building)" was important building from Goryeo Dynasty to Joseon Dynasty. For long period, the scale and form of the building had been changing bit by bit. The change of building results from the function. As the Jeongjagak accepted the functions of the Yeongakjeon(靈幄殿), there appeared changes of plane. The main function of Yeongakjeon was suppling space for the dead king's coffin. The Yeongakjeon was not built in the first year of King Sukjong(1674). At that time, the Jeongjagak was responsible for the function of the Yeongakjeon as an alternative. Starting from this, the Jeongjagak was used as space for the dead king's coffin. Because the coffin should place on from south to north, it demanded long inner space in south-north direction. Therefore the effort to make enough length in south-north direction was begun from the first year of King Sukjong(1674). In order to solve the problem, the Toigu(退構) was made from the reign of King Sukjong to the 28th year King Youngjo(1852). The Toigu was temporary inner space which was made in one compartment at the Baewichung(拜位廳, the part of the Jeongjagak). But the length of the Jeongjagak's south-north direction was reduced to 61.8m(20尺6寸) at the 33th year of King Youngjo(1857) when the "Gukjosangryebopyon(國朝喪禮補編)" was completed. Also it extended to 84m(28尺) during the reign of King Jeongjo(1774~1800). Following these process of extension and reduction, the length was standardized as 72m(24尺) at the reign of King Sunjo(1800~1834). These facts explains that the main cause of plane change at the Jeongjagak was acceptance of functions that was used as space for the dead king's coffin. Also, the important points of change at the Jeongjagak were the first year of King Sukjong, the 33th year of King Youngjo and the first year of King Sunjo. When it was the first year of King Sukjong and the 33th year of King Youngjo, there were two national funerals. Because of concern about the increasing labor and tax of the nation, the scale of the Jeongjagak was changed to decreasing size. Due to the improvement of drawings and annotation on a Eugwe(儀軌) at the first year of King Sunjo, the size of Jeongjagak was standardized.

• Bulletin of the Korean Chemical Society
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• 제34권7호
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• pp.2211-2214
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• 2013

• 대기
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• 제21권4호
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• pp.455-469
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• 2011

The Chugudae is a pedestal for the Chugugi. While many Chugudae were made during the Joseon Dynasty period, seven remained in existence until the early 20th century. Only five of them remain to this day-Gwansanggam (Royal Office of Astronomy and Meteorology), the Seonhwadang in Daegu, the Changdeok Palace, Tongyeong, and Yeongyeongdang. The Changdeok Palace Chugudae is the only existing model made not only as a meteorological instrument but also as a memorial statue. It has been a challenge to decipher 41 of the 368 characters in 'Chugugi-myeong (The title of the inscriptions on the Changdeok Palace Chugudae)' as these had been eroded. However, the interpretation of the full text of 'Chugugi-myeong' became possible thanks to the "Cheoljae Jinjeok (澈齋眞蹟)" which was discovered through this study. The key sentences of the 'Chugugi-myeong' include the reason for creation, the size and functions of the Chugugi and a eulogy to the reigns of King Sejong, Youngjo and Jeongjo. Moreover, its splendid design is worthy of further study. To conclude its true meaning and value, the Changdeok Palace Chugudae requires a more extensive investigation from the viewpoint of an art history.

• 공연문화연구
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• 제39호
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• pp.509-547
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• 2019

조선 초기부터 행해진 양잠 관련 국가의례는 의식주의 '의(衣)문화'로서 '입을 거리'를 중요시 여기던 국가의 의지를 드러내는 의례로 자리매김 되었다. 성종 대에는 '왕비가 직접 뽕잎을 따는 절차'를 추가하여 그 중요도를 높였다. 영조 대에는 의례의 의미가 더 확대되어 왕비가 양잠신에 직접 제사하는 '작헌례' 절차를 더하여 '여성'이 '여성신격(神格)'에 직접 제사를 올리는 최초의 의례로 자리하게 되어 조선시대 국가제사의 새로운 형태가 출현하였다. 이는 영조가 선농제를 행한 후 직접 밭을 가는 친경의례와 위상을 맞춘 것으로서 농사와 양잠행위의 중요성을 아울러 부각시킨 것이기도 하다. 그 결과 영조 대에 정비된 친잠 관련 의례는 그 내용이 확대되어 11가지 의례로 정착된다. 이는 의례를 행하러 가기 위한 출궁 절차부터 왕세손, 혜빈궁이 왕비를 수행하는 절차, 왕비가 작헌례를 올린 후 친잠하는 의례, 왕이 교서를 반포하는 의례, 친잠을 마친 후 행하는 조현의(朝見儀), 왕비가 누에고치를 담은 상자를 받는 의례까지이다. 이러한 의례는 그 이전에 행해지던 것과 비교하면 매우 큰 규모로 확대된 것으로서 이는 영조 대 의례 정비 양상의 한 특징을 이룬다. 이들 의례의 주요 절차에는 음악이 수반되며 그 음악은 속악, 그리고 고취(鼓吹) 등을 포함한다. 영조 대의 친잠 관련 의례는 선잠제의 신격인 여성을 여성이 직접 제사하는 의례로 정착시키는 방향으로 제정됨으로서 그 명분과 실제가 비로소 일치하게 되었다.

• Journal of the Korean Statistical Society
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• 제28권2호
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• pp.195-210
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• 1999

We consider a large class of exponential regression models with censored data and propose two modified Fisher scoring methods with corresponding algorithms. These proposed methods improve the Newton-Raphson method in estimating the model parameters. The simulated and real examples are illustrated in aspect of convergence.

• Journal of the Korean Statistical Society
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• 제28권2호
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• pp.211-223
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• 1999

We propose a simple estimation procedure in the mixed linear models with censored normal data, using both Buckly and James(1979) type pseudo random variables and Lee and Nelder's(1996) estimation procedure. The proposed method is illustrated with the matched pairs data in Pettitt(1986).

• Bulletin of the Korean Chemical Society
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• 제34권5호
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• pp.1579-1582
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• 2013

• Journal of the Korean Statistical Society
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• 제20권2호
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• pp.202-207
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• 1991

In Le Cam's earlier work on superefficiency, it is proved that if an estimate is superefficient at a given paramter value $\theta$$\_$0/, then there must exist an infinite sequence {$\theta$$\_$n/}) of values(conversing to $\theta$$\_$0/) at which this estimate is worse than M. L. E. for certain classes of loss functions. For one-dimensional cases, these classes of lass functions include squared error loss. However. for multi-dimensional cases, they do not. This note is to give an example where a superefficiest estimator of a multi-dimensional parameter is not inferior to M. L. E. along any sequence ($\theta$$\_$n/) converging to the point of superefficiency with respect to the squared error loss.