• Korean Institute of Interior Design Journal
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• v.26 no.1
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• pp.13-24
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• 2017

The semiotics philosopher Roland Barthes declared 'the death of the author'. This means a sense of skepticism about author-centered writing in literature, and that readers and critics must also change their reading attitudes. In architecture, too, author-centered design appears. Architects sometimes try to express their will and concepts strongly through their work. However, this architecture is oriented toward identity, self-revealing, self-centered, and eventually without inspiration. On the other hand, the signifier does not result in a single meaning, and it is architecture as text that allows readers to enjoy the pleasure of deciphering. The purpose of this study is to investigate that unilateral by the will of the architect. Or whether there is a potential for non-intelligence and the possibility of generating meaning. In particular, we will analyze the works of Rem Koolhaas, SANAA and Sou Fujimoto to see if they are free from the will of the architect and can obtain the user's true freedom. As a result, we want to reveal the potential of various interpretations by users in contemporary architecture.

• Journal of the Architectural Institute of Korea Planning & Design
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• v.34 no.4
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• pp.45-55
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• 2018

The purpose of this study is to analyze common features and methodological differences of PN-spatial characteristics found in architectural theories and works of contemporary young architects in Japan, such as Sou Fujimoto, Yo shimada, Keisuke Maeda and Junya Ishigami. These architects have paid attention to space between nature and inner space and have tried to establish their own architectural theory on that. Such space is ambiguous and PN-spatial in a way that it has features of both nature and inner space. Ambiguousness is a characteristic of modern architecture and PN-spatial characteristics are one of the features of Japanese architecture. This study aims to analyze the architectural theories and works of contemporary young architects in Japan from the perspective of PN-space and to draw methodological differences and common features. Their theories and works have common features in terms of 'ambiguous spatial boundary', 'unregulated spatial territory', 'detoured circulation' and 'architectural motifs', but each has their own methodology. To sum up, the works and theories of the Japanese young architects contain the philosophy and discourse of modern architecture in general. To be sure, they clearly have characteristics of Japanese architecture, which needs to be studied constantly.

• Journal of the Korean earth science society
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• v.23 no.7
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• pp.587-596
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• 2002

A super ensemble model was developed for the seasonal prediction of regional precipitation in Korea using the lag correlated large scale predictors, based on the empirical orthogonal function (EOF) analysis and multiple linear regression model. The predictability of this model was also evaluated by cross-validation. Correlation between the predicted and the observed value obtained from the super ensemble model showed 0.73 in spring, 0.61 in summer, 0.69 in autumn and 0.75 in winter. The predictability of categorical forecasting was also evaluated based on the three classes such as above normal, near normal and below normal that are clearly defined in terms of a priori specified by threshold values. Categorical forecasting by the super ensemble model has a hit rate with a range from 0.42 to 0.74 in seasonal precipitation.

• Journal of Korean Medical classics
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• v.20 no.2
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• pp.269-288
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• 2007

"표유부(標幽賦)"포라료침구경락적기본이론화자오유주침법(包羅了鍼灸經絡的基本理論和子午流注鍼法) 유주팔법등침구임상이론(流注八法等鍼灸臨床理論), 역우기송(易于기송), 통과대차(通過對此)"표유부(標幽賦)"급역대주석가대(及歷代注釋家對) "표유부(標幽賦)" 주석적연구(注釋的硏究). 금득출여하결론(今得出如下結論): 1. "표유부(標幽賦)"중출현적두한경적학술사상(中出現的竇漢卿的學術思想), 시재계승(是在계承)"내경(內經)"화(和)"난경(難經)"적침구학(的鍼灸學), 이론적기본상(理論的基本上), 진일보발전이성적(進一步發展而成的). 대후세침구학적발전산생료중요적영향(對後世鍼灸學的發展産生了重要的影響). 2. 유우폐경적경기유운문혈수출(由于肺經的經氣由雲門穴輸出), 연경락순행체표(沿經絡循行體表), 우시사운문혈구유료통경행기적주치작용(于是使雲門穴具有了通經行氣的主治作用), 고이불설'혈출중부'(故而不說'穴出中府'), 이제출'혈출운문'(而提出'穴出雲門'), 저시두한경재침구이론방면적독도지외(抵是竇漢卿在鍼灸理論方面的獨到之外). 3. 소우침구보사(소于鍼灸補瀉), 인위수지보사법적작용중우호흡보사(인위手指補瀉法的作用重于呼吸補瀉), 제시료순(提示了循), 문, 제(堤), 안(按), 탄(彈), 염, 차, 반(盤), 추, 내(內), 동(動), 요(搖), 조(爪), 절적십사종침자보사수법(切的十四종鍼刺보瀉手法). 4. 제출침자전요관찰확인침구유무이상손상(提出鍼刺前要觀察確인鍼具有无이常損상), 시침전요냉침온난(施鍼前要냉鍼온暖), 시침시요예방절침화피부근육적손상(施鍼時要預防折鍼和皮膚筋肉的損傷), 제출좌수당중이다안침혈(提出左手當重而多按鍼穴), 우수경이서서염전자입적수법(右手경而徐徐捻轉자入的手法), 인위사용쌍수진침위호(인위使用쌍手進鍼위好). 5. 호침가관통경락기혈운행적통로(毫鍼可관通經絡氣血運行的通路), 여오행상응(與五行相應), 인이가평오장지한열(因而可平五臟之寒熱), 가조육부지허실(可調六腑之虛實), 유견사부정지공(有견邪扶正之功), 재구침중응용최위광범(在九鍼中응用最위광泛). 6. 제출침자시요관찰본신(提出鍼刺時要관察本神), 대우'본신'구체가간주시환자적'맥기'화'혈기'(對于'本神'具체可看做是患者的'脈氣'和'穴氣'), 종대적방면간가간주시환자적정신(종大的方面看可看做是患者的精神). 7. 제시료참조전후좌우지혈정확취혈적방법(提示了參照前後左右之血正確取穴的方法), 여참조주변경락확정경락적방법(여參照周邊經絡確定經絡的方法), 병강조요준조골도분촌화굴신수족관절적방법취혈재능취혈정확(병强調要遵照骨度分寸和屈伸手足關節的方法取穴才能取穴正確). 8. 소우두면오관(소于頭面五官).인후경항(咽喉頸項).흉복부(胸腹部), 요배부(腰背部), 부인(婦人) 소아(小兒) 사지등질환(四肢等疾患), 개소료침구치료적경험화심득(介沼了療鍼灸治療的經驗和心得), 제시료자오유주축일안시개혈침법여영구팔법등안시취혈침법(提示了子午流注逐日按時開穴鍼法여靈驅八法等按時取穴鍼法), 성위후세각종안시개혈침법적기초(成위後世各種按時開穴鍼法的基초).

• Journal of the Korean association of regional geographers
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• v.6 no.3
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• pp.139-152
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• 2000

The regional characteristics of summer precipitation in Korea are analyzed with the data observed in 66 stations from 1973 to 1997, using the cluster analysis method. In the phenomena of summer precipitation, the rain-rich regions lie in the south coast region, the northern part of Kyonggi Province, and Yongdong region. The monthly precipitation is mostly influenced by Changma fronts and cyclons in June, Changma fronts in July, typhoons in August, and all of typhoons, Changma, and cyclons in September. The increasing and decreasing trends of the monthly precipitation are equally divided with regard to both regional groups and monthly distribution in the cluster analysis. Especially such trends are considerably clear in the rain-rich regions. The increasing tendency is predominant in the northern part of Kyonggi Province and Yongdong region, while the decreasing trend and the periodicity are noted in the south coast region and Cheju Island. The variation of the monthly precipitation is shown to be great in the rain-rich regions, while it is not much associated with the rain-scare regions. Also, the variation is the greatest in September, while the least variation is shown in July.

• Korean Journal of Plant Resources
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• v.14 no.3
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• pp.229-234
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• 2001

In order to investigate the possibility of utilizing small cermet as a seed corm in taro, the small cermets classified by the weight were planted on April 30,2000. The effect of weight of small cermets(5,10, If,20,25, and 30g) and corms on the growth, yield, and quality of taro was compared to those raised from cermets. The larger the size of cormel was, the more number of leaves developed, and the higher the yield was. Also the growth of small cormel was normal, so we forecast that it is possible to use small cermet as seed corm in mass production of taro.

• Journal of the Architectural Institute of Korea Planning & Design
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• v.34 no.12
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• pp.39-48
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• 2018

In modern architecture, the concept is the central axis of the design process, but it is not yet a building. The concept is modified in the process of realization because it captures only a part of reality. However, in the works of some Japanese architects, the concept seems to have become almost a building. In this study, I tried to find the cause of such a contradictory situation centering on House N of Fujimoto Sou, which is a representative architect of such tendency. Specifically, I analyzed the concept of House N by dividing it into aspects of function and representation. The reason for this was to see if the functional aspects of the concept were not modified in the first place, or if the representational aspects of the concept covered the functional aspects. For this purpose, I used WLVAE, which is a visual analysis tool, to analyze the functions of design concepts, along with the analysis of photographs, drawings, and diagrams. As a result of the analysis, House N was also modified to conditions of reality in the process of building, but the initial purity was emphasized in the representation of the concept, so that the building seemed to be very conceptual. This fact suggests that the architect has divided the functional and representational aspects of the concept and has focused on the latter. In conclusion this can be seen as an expression of the architect's interpretation of the relationship between the house and the city through the building.

• Journal of the Architectural Institute of Korea Planning & Design
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• v.35 no.8
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• pp.35-46
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• 2019

This study started from the interest about a theme repeated in a similar way among a group of architects in Japan. They argue that a building composed of random elements can lead to discoverable functions rather than fixed functions. Their work supports this to a certain extent, but at the same time raises the following two research questions. Can 'formal randomness' and 'functional discoverability' be completely identical? Does such a form sufficiently fulfill other functions of the building? In order to answer these two research questions, this study analyzes the relationship between form and function in the 'Children's Center for Psychiatric Rehabilitation' of Sou Fujimoto. The analysis proceeded in three steps. In the first step, I found that alcoves were the most important factor in functional discoverability by comparing scenarios with different conditions. At the same time, however, I could see that these alcoves were weakened in the process of functional adjustment. In the second step, I analyzed the final design and found Sou Fujimoto's response to the preceding problem. He thought that in-between alcoves created from formal randomness, were not enough and thus introduced a new method, cutting alcoves. This means that formal randomness alone does not fully guarantee both the functional discoverability and the fulfillment of the basic functions. In the third step, I searched for the significance of this problem through a brief comparison with other similar projects.

• Magazine of the Korean Society of Agricultural Engineers
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• v.15 no.1
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• pp.2913-2924
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• 1973

This study was to investigate the drying mechanism of stratified soil by investigating 'effects of the upper soil on moisture loss of the lower soil and vice versa' and at the same time by examining how the drying progressed in the stratified soils with bare surface and with vegetated surface respectively. There were six plots of the stratified soils with bare surface($A_1- A_6$ plot) and the same other six plots($B_1- B_5$ plot), with vegetated surface(white clover). These six plots were made by permutating two kinds of soils from three kinds of soils; clay loam(CL). Sandy loam(SL). Sand(s). Each layer was leveled by saturating sufficient water. Depth of each plot was 40cm by making each layer 20cm deep and its area. $90{\times}90(cm^2)$. The cell was put at the point of the central and mid-depth of the each layer in the each plot in order to measure the soil moisture by using OHMMETER. soil moisture tester, and movement of soil water from out sides was cut off by putting the vinyl on the four sides. The results obtained were as follow; 1. Drying progressed from the surface layer to the lower layer regardless of plots. There was a tendency thet drying of the upper soil was faster than that of the lower soil and drying of the plot with vegetated surface was also faster than that of the plot with bare surface. 2. Soil moisture was recovered at approximately the field capacity or moisture equivalent by infiltration in the course of drying, when there was a rainfall. 3. Effects of soil texture of the lower soil on dryness of the upper soil in the stratified soil were explained as follows; a) When the lower soil was S and the upper, CL or SL, dryness of the upper soils overlying the lower soil of S was much faster than that overlying the lower soil of SL or CL, because sandy soil, having the small field capacity value and playing a part of the layer cutting off to some extent capillary water supply. Drying of SL was remarkably faster than that of CL in the upper soil. b) When the lower soil was SL and the upper S or CL, drying of the upper soil was the slowest because of the lower SL, having a comparatively large field capacity value. Drying of CL tended to be faster than that of S in the upper soil. c) When the lower soil was CL and the upper S or SL, drying of the upper soil was relatively fast because of the lower CL, having the largest field capacity value but the slowest capillary conductivity. Drying of SL tended to be faster than that of S in the upper soil. 4. According to a change in soil moisture content of the upper soil and the lower soil during a day there was a tendency that soil moisture contents of CL and SL in the upper soil were decreased to its minimum value but that of S increased to its maximum value, during 3 hours between 12.00 and 15.00. There was another tendency that soil moisture contents of CL, SL and S in the lower soil were all slightly decreased by temperature rising and those in a cloudy day were smaller than those in a clear day. 5. The ratio of the accumulated soil moisture consumption to the accumulated guage evaporation in the plot with vegetated surface was generally larger than that in the plot with bare surface. The ratio tended to decrease in the course of time, and also there was a tendency that it mainly depended on the texture of the upper soil at the first period and the texture of the lower soil at the last period. 6. A change in the ratio of the accumulated soil moisture consumption was larger in the lower soil of SL than in the lower soil of S. when the upper soil was CL and the lower, SL and S. The ratio showed the biggest figure among any other plots, and the ratio in the lower soil plot of CL indicated sligtly bigger than that in the lower soil plot of S, when the upper soil was SL and the lower, CL and S. The ratio showed less figure than that of two cases above mentioned, when the upper soil was S and the lower CL and SL and that in the lower soil plot of CL indicated a less ratio than that in the lower soil plot of SL. As a result of this experiments, the various soil layers wero arranged in the following order with regard to the ratio of the accumulated soil moisture consumption: SL/CL>SL/S>CL/SL>CL/S$\fallingdotseq$S/SL>S/CL.