• Journal of the Korean Society of Costume
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• v.66 no.4
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• pp.77-93
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• 2016

The purpose of this study is to analyze the stage costumes of Michael Jackson, and how it was reflected in contemporary fashion. The study reviewed fashion related articles, book, journals, and online fashion sites in order to look at the stage costumes used by Michael Jackson from 1979 to 2001 from 'Off the wall' to 'Invincible'. The study examined the 2001 S/S~2016 S/S seasons of the world's 4 major $pr{\hat{e}}t$-${\acute{a}}$-porte collections to identify cases that used at least two fashion factors of Michael Jackson's style. The study result is as follows: First, Michael Jackson wore black tuxedoes with bow ties, ankle-length pants, white socks, black loafers, arm bands and other various accessories. Second, many of Jackson's fashion traits, such as military style golden embroidery detail and emblems, Brandenburgs, and also appeared in many collections. Third, Jackson's glitter style included spangle and cubic accessories, which were used along with hologram and metallic materials. Accessories, such as cubic gloves and socks, and fedoras were worn with the costume. Lastly, his diverse style, which included fencing shirts, letterman jacket and magic suits, can be found in different forms in modern fashion. Michael Jackson was one of the trendsetters in popular fashion in the 1970s~1990s, and continuously inspires fashion designers in the 21st century. In this aspect, the Michael Jackson style is deemed highly significant in the fashion history.

• Journal of Communications and Networks
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• v.8 no.2
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• pp.135-143
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• 2006

• Journal of Fashion Business
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• v.10 no.4
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• pp.114-129
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• 2006

This purpose of this study is to research on the influence on the creation of young generation's street fashion of pop stars focused on pop music given the fact that fashion can be created by popular culture in this multi-media era. Also, this study is to provide useful data for the activation of the creation of young fashion culture and the fashion industry through pop stars' fashion. The pop stars' fashion that has affected young street fashion is as follows : Elvis Presley's rock'n'roll style, Beatles' mods style, Janis Joplin's hippy style, Sex Pistols's punk style, Madonna's boy-toy and corset style, Michael Jackson's androgynous style, Puff Daddy and L.L Cool J's hip-hop style, Bob Marley's reggae style, Spice Girls, Jennifer Lopez and Britney Spears's sexy style. The young street fashion culture of pop stars and its industrial meaning withdrawn from the above are as follows : Creation of a fashion icon, Creation of anti-fashion, Liberation of a sex role, Costume play culture, Activation of the young fashion industry through star marketing.

• 한국정보디스플레이학회:학술대회논문집
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• 2006.08a
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• pp.305-308
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• 2006

Advanced mobile communication devices require a bright, high information content display in a small, light-weight, low power consumption package. For portable applications flexible (or conformable) and rugged displays will be the future. In this paper we outline our progress towards developing such a low power consumption active-matrix flexible OLED $(FOLED^{TM})$ display. We demonstrate full color 100 ppi QVGA active matrix OLED displays on flexible stainless steel substrates. Our work in this area is focused on integrating three critical enabling technologies. The first technology component is based on UDC's high efficiency long-lived phosphorescent OLED $(PHOLED^{TM})$ device technology, which has now been commercially demonstrated as meeting the low power consumption performance requirements for mobile display applications. Secondly, is the development of flexible active-matrix backplanes, and for this our team are employing PARC's Excimer Laser Annealed (ELA) poly-Si TFTs formed on metal foil substrates as this approach represents an attractive alternative to fabricating poly-Si TFTs on plastic for the realization of first generation flexible active matrix OLED displays. Unlike most plastics, metal foil substrates can withstand a large thermal load and do not require a moisture and oxygen permeation barrier. Thirdly, the key to reliable operation is to ensure that the organic materials are fully encapsulated in a package designed for repetitive flexing, and in this device we employ a multilayer thin film Barix encapsulation technology in collaboration with Vitex systems. Drive electronics and mechanical packaging are provided by L3 Displays.