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Development and Evaluation of Teaching-Learning Plan for Hanbok Education in High School Technology and Home Economics (고등학교 기술·가정과 한복교육을 위한 교수-학습 과정안의 개발 및 효과 분석)

  • Kim, Sang-Mi
    • Journal of Korean Home Economics Education Association
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    • v.32 no.2
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    • pp.1-17
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    • 2020
  • The purpose of this study is to develop and evaluate the effect of a teaching-learning plan for teaching about Hanbok to high school students. Results of this study are as follows. First, learning themes in the teaching-learning plan were selected so that the learning objectives could be achieved by gradually advancing from understanding to exploring and finally practicing. Teaching and learning activities for conceptual classes focused on students' exploration and thinking processes. For Making project, students were asked to complete a group artwork using characteristics and images of Hanbok while applying creative thinking and collaboration. Second, the teaching-learning plan was evaluated by comparing students' pre- and post-test scores of knowledge in, perception of, and attitude toward Hanbok; and by analyzing students' journal of reflection and teacher's observation diary. The mean scores of high school student' knowledge, perception and attitude of the post-test were significantly higher than those of pre-test. The content analysis showed that students gained extensive knowledge toward Hanbok and found new values through their classes. Making practices with generation of creative ideas and collaboration has been effective in training a self-directed and a creative learner.

A Study for Visual Style for Feature Animation - A Case of Feature Animation - (극장 판 장편 애니메이션의 시각적 스타일에 관한 연구 -장편애니메이션 'Life is Cool'의 제작사례를 중심으로-)

  • Choi, Seung-Won
    • Journal of Broadcast Engineering
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    • v.12 no.5
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    • pp.391-400
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    • 2007
  • The ways of expression are infinite to make animated film. When we compare to live action film, that fact is the actual power that animation only has and is one of the big weapons to appeal to the audience. Nonetheless, techniques to be chosen are monolithic like drawing, 3D computer, and clay when animation maker makes feature animation to screen in movie theatre. It's probably because feature animation must have popularity of visual style and they need to standardize technique about side of making. But popularity in expression does not mean monolithic visual style and making technique. It should be understood about side of artistic value to fascinate public audience. Audience is always eager for new subject, new directing style and new visual style. Monotonous and boring animation cannot but turn away from the audience. So if production does not have artistic value, we cannot expect commercial value and success also even it plans and makes for the feature animation. To create new visual style fnr animation is not only limited to artwork itself but also creation, which is included story and tone of the film and acting style about character. Also making process must be calculated and experimented to actualize that visual style about side of making.

UV Degradation Characteristics and Applicability of Coating Agent for Conservation of FRP Artifacts (FRP 작품 보존을 위한 자외선 열화 특성 및 자외선 차단 코팅제 적용 연구)

  • Han, Ye Bin;Chung, Yong Jae
    • Journal of Conservation Science
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    • v.33 no.3
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    • pp.203-214
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    • 2017
  • This study evaluated the degradation characteristics of FRP by ultraviolet (UV) rays and applied a UV-resistant coating to prevent the degradation of the surface of these sculptures. As a result of the degradation caused by UV rays, there were slight changes in the FRP surface and contact angle. The chromaticity sharply increased in the early phase of degradation. After applying the coating to the FRP, no significant surface changes were observed. However, it had lower changes in color as compared to the uncoated specimen, so it was verified that the control of discoloration could be possible. Some changes in the gloss and contact angle were observed depending on the extent of degradation, but the UV coating agent remained relatively stable. Analysis of the infrared light spectrum showed that there were almost no chemical changes, and it could be concluded that the coating treatment prevented degradation for a certain period. This study investigated the degradation of FRP used as materials in artwork exposed to UV rays, and it was found that there was a delay in the onset of degradation in the FRP with the UV-resistant coating when compared to the uncoated FRP.

Deconstructionism in Issey Miyake's Fashion Design

  • Kwon, Hae-Sook
    • Journal of Fashion Business
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    • v.11 no.6
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    • pp.87-100
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    • 2007
  • This study aims at analyzing the characteristics of deconestructionism expressed in Issey Myake's fashion who is one of the most creative designers in the world. Method and contents of this study are as follows. Through the review of literatures, three major categories such as interminacy of meaning, decentring, and intertextuality and eight subcategories have been identified as major features of deconestructionism. These subcategories for content analysis were selected to examine the characteristics of deconstructionism expressed in Issey Myake's design in depth. Interminacy of meaning was divided into unstructured and unconstructed factors while decentring into qualities of cross-gender, subculture, anti-fashion, and post-humanism. Lastly, intertextuality was classified into factors of disordered mixing mode and mixed styles. Materials for analysis were chosen from total 349 designs on the website,www.firstview.com, which carries Issey Miyake's collection from 2002 S/S through 2006 F/W. 2 fashion major analysts including the researcher participated in 1st analysis and two another fashion major analysts participated in 2nd analysis. The final level of consistency between analysts was over 97% for all categories. The data analysis quantitatively evaluates the frequency of each category and qualitatively evaluates the characteristics of design. The result is as follows. First, the avant-garde facets of inter-textuality are most prominent. In particular, Miyake has introduced the various novelly textiles to fashion and employed the mixtured styles, not to copy them but to create hybrid designs by using pastiches and mixing fashion styles. Moreover, he has used various fabrics in order to inflict shock and contrast but still create subtle harmony, thus enriching his fashion. Second, the indeterminacy of meaning is the second most frequently shown facet of Miyake's fashion design. Miyake has employed unconstructed expression techniques, which has projected unusual images free from basic forms of designs and also has used the unstructured styles which dismantle harmony and balance-the common rule of design. He has made a new attempt to acknowledge clothing as an expressive artwork by allowing clothes to take a complete form when a person actually wears them. He has demonstrated a unique perspective on cloth construction and presented a love for artistic collaboration in the development of his collections A distinct manufactured aesthetic is exaggerated, even hyperbolic. Thirdly, the aspects of decentralization were also shown in Miyake's design, however, it has been visibly decreased after 2002 S/S.

Copper Interconnection and Flip Chip Packaging Laboratory Activity for Microelectronics Manufacturing Engineers

  • Moon, Dae-Ho;Ha, Tae-Min;Kim, Boom-Soo;Han, Seung-Soo;Hong, Sang-Jeen
    • Proceedings of the Korean Vacuum Society Conference
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    • 2012.02a
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    • pp.431-432
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    • 2012
  • In the era of 20 nm scaled semiconductor volume manufacturing, Microelectronics Manufacturing Engineering Education is presented in this paper. The purpose of microelectronic engineering education is to educate engineers to work in the semiconductor industry; it is therefore should be considered even before than technology development. Three Microelectronics Manufacturing Engineering related courses are introduced, and how undergraduate students acquired hands-on experience on Microelectronics fabrication and manufacturing. Conventionally employed wire bonding was recognized as not only an additional parasitic source in high-frequency mobile applications due to the increased inductance caused from the wiring loop, but also a huddle for minimizing IC packaging footprint. To alleviate the concerns, chip bumping technologies such as flip chip bumping and pillar bumping have been suggested as promising chip assembly methods to provide high-density interconnects and lower signal propagation delay [1,2]. Aluminum as metal interconnecting material over the decades in integrated circuits (ICs) manufacturing has been rapidly replaced with copper in majority IC products. A single copper metal layer with various test patterns of lines and vias and $400{\mu}m$ by $400{\mu}m$ interconnected pads are formed. Mask M1 allows metal interconnection patterns on 4" wafers with AZ1512 positive tone photoresist, and Cu/TiN/Ti layers are wet etched in two steps. We employed WPR, a thick patternable negative photoresist, manufactured by JSR Corp., which is specifically developed as dielectric material for multi- chip packaging (MCP) and package-on-package (PoP). Spin-coating at 1,000 rpm, i-line UV exposure, and 1 hour curing at $110^{\circ}C$ allows about $25{\mu}m$ thick passivation layer before performing wafer level soldering. Conventional Si3N4 passivation between Cu and WPR layer using plasma CVD can be an optional. To practice the board level flip chip assembly, individual students draw their own fan-outs of 40 rectangle pads using Eagle CAD, a free PCB artwork EDA. Individuals then transfer the test circuitry on a blank CCFL board followed by Cu etching and solder mask processes. Negative dry film resist (DFR), Accimage$^{(R)}$, manufactured by Kolon Industries, Inc., was used for solder resist for ball grid array (BGA). We demonstrated how Microelectronics Manufacturing Engineering education has been performed by presenting brief intermediate by-product from undergraduate and graduate students. Microelectronics Manufacturing Engineering, once again, is to educating engineers to actively work in the area of semiconductor manufacturing. Through one semester senior level hands-on laboratory course, participating students will have clearer understanding on microelectronics manufacturing and realized the importance of manufacturing yield in practice.

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The Archival Method Study For Female Worker in the 1970s : Focused on (1970년대 여성 노동자 아카이빙 방법론 연구 전시 를 중심으로)

  • Lee, Hye Rin;Park, Ju Seok
    • The Korean Journal of Archival Studies
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    • no.63
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    • pp.145-165
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    • 2020
  • , in collaboration with Mary Kelly, Kay Hunt and Margaret Harrison, tells the story of workers in the 1970s. Since the late 1960s, the world has undergone many political and social changes, and social movements have been active to protect the socially underprivileged, including women, children and workers. This phenomenon led to the diversification of the collection of the general public, the community, and the minority, and the expansion of the artist's political remarks and themes in the art world. , completed in conjunction with these social issues, surveyed and recorded the reality of workers in a factory in London and produced it as a artwork. is a collaborative work of three artists, a record of workers in the 1970s, and a record of the labor situation, factory, and even the history of the region. Therefore, this study examined the methods and features of , which dealt with the lives of women workers in the 1970s, based on social conditions.

Production of an Interactive Media Artwork with motif of Characteristics of comets (혜성의 특성을 모티브로 한 인터랙티브 미디어 아트 제작)

  • Lee, O-Jung;Kim, Hyung-Gi
    • Journal of Digital Contents Society
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    • v.18 no.8
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    • pp.1529-1535
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    • 2017
  • Due to its unique formation and mystery phenomena, comets is a major motif that inspires various creative fields. Media art that has been developed and expanded in step with the development of modern scientific technology has expressed the unique characteristics of comets such as their structure in the art as a motif, using technologies. This study describes the process of producing "Near by", an distance-recognition interactive media art. offering the audience a chance to create a tail of a comet as they close to it. changes the color of a LED structure representing the nucleus of a comet as the audience approaches it. At the same time, a video of a comet's tail is projected. Through this interaction, the audience will renew their perception on comets and emotionally interact with the art. This work capturing not only the formative characteristics of a comet, but also its forming process as a motif. Such composite way of expressing a motif could be presented as a possibility of extending the expression of the natural phenomenon in the future media art field.

Autism and Beauty: Neural Correlates of Aesthetic Experiences in Autism Spectrum Disorder

  • Park, Seong Kyoung;Son, Jung-Woo;Chung, Seungwon;Lee, Seungbok;Ghim, Hei-Rhee;Lee, Sang-Ick;Shin, Chul-Jin;Kim, Siekyeong;Ju, Gawon;Choi, Sang Cheol;Kim, Yang Yeol;Koo, Young Jin;Kim, Bung-Nyun;Yoo, Hee Jeong
    • Journal of the Korean Academy of Child and Adolescent Psychiatry
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    • v.29 no.3
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    • pp.101-113
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    • 2018
  • Objectives: The purpose of this study was to investigate whether the neural activity of autism spectrum disorder (ASD) patients is different from that of normal individuals when performing aesthetic judgments. Methods: We recruited typical ASD patients without savant skills (ASD group, n=17) and healthy controls (HC group, n=19) for an functional magnetic resonance imaging study. All subjects were scanned while performing aesthetic judgment tasks on two kinds of artwork (magnificent landscape images and fractal images). Differences in brain activation between the two groups were assessed by contrasting neural activity during the tasks. Results: The aesthetic judgment score for all images was significantly lower in the ASD group than in the HC group. During the aesthetic judgment tasks, the ASD group showed less activation than the HC group in the anterior region of the superior frontal gyrus, and more activation in the temporoparietal area and insula, regardless of the type of images being judged. In addition, during the aesthetic judgment task for the fractal images, the ASD group exhibited greater neural activity in the amygdala and the posterior region of the middle/inferior temporal gyrus (Brodmann area 37) than the HC group. Conclusion: The results of this study suggest that the brain activation patterns associated with aesthetic experiences in ASD patients may differ from those of normal individuals.

Review Criteria and Evaluation Framework for Environmental Builtforms in urban space (도시 환경조형물 심의기준과 평가모형)

  • Yoon, Ki-Hwan;Kim, Jin-Seon
    • Archives of design research
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    • v.19 no.2 s.64
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    • pp.109-120
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    • 2006
  • Part of public arts, environmental builforms not only enhance the beauty of a building, but also serve to stabilize the citizen's psychology and as a landmark having intimate values with the city environment and symbolic meanings. Thus they do have sociocultural values as an original formative artwork. The purpose of this study was to suggest evaluation and review methods and an evaluation framework for environmental builtforms, which had legal binding under the building decoration system, to a local government to improve the quality level of urban environment. It will be such a distant goal of creating a desirable urban environment as long as environmental builtforms are merely regarded as an object to follow a vogue and a mandatory passage procedure. It's important to take a perspective of an expert to set up and suggest an evaluation system in the public aspects. In the study a consideration was made of the current systems and review criteria of environmental builtforms, which was followed by the development of a theoretical research model and of a framework for statistical evaluation by a group of experts. The questionnaire designed based on the theoretical research model was tested for validity and reliability. Its pilot test results were then analyzed to verify the hypotheses. The questionnaire collected twice were statistically analyzed in exploratory and confirmatory factor analysis with the SPSSWIN 11 program. All the analysis results were used to come up with a final evaluation framework.

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A Study on the Characteristics and Value of Andy Warhol's Archive, (앤디 워홀의 )

  • Lee, Hye Rin;Park, Ju Seok
    • The Korean Journal of Archival Studies
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    • no.55
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    • pp.73-96
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    • 2018
  • Andy Warhol's "Time Capsule" is an individual's daily record, but it can also be evaluated as an artwork. Andy Warhol kept most of his items in boxes until his death in 1974. Warhol's personal records contained receipts, invitations, memos, letters, voice tapes, newspapers, magazines, fan letters, mails, and exhibit materials. Andy Warhol's act of collecting items was continuous and repetitive, giving others a deeper insight into the artist's life. Warhol constantly recorded daily repetitive behaviors such as the people he met, a list of books he bought, and movies he had watched as a record producer. In addition, occasionally, he was in the position of an archivist, collecting and organizing others' records. As such, he expressed his passion for recording his surroundings. His intentionally produced or collected records contain valuable information, not only of himself but also of the people surrounding him. His personal records show that it is the material that enables people to understand and appreciate his relationship with contemporary artists, as well as the artist's education and the conditions during his time.