• Journal of Fashion Business
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• v.8 no.3
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• pp.20-33
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• 2004

The creative energy of the Korean women who pursued spiritual artistic practices under the limited situation of male-dominated confucian society in the Chosun Dynasty(AD 1392 - AD 1910) constituted the background for the development of Gubang Craft. Gubang Craft represented their artistic abilities, moral and family values, and the pursuit of self-esteem. Especially embroidery successfully showed four main elements of Gubang Craft such as embellishment, diversity, femininity, and craftsmanship. This paper is designed to explore how the traditional elements of embroidery works are restored and have influence on the modern Korean fiber art.

• Proceedings of the Korea Society of Design Studies Conference
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• 2005.05a
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• pp.182-183
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• 2005

• Journal of the Korea Furniture Society
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• v.14 no.1
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• pp.91-102
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• 2003

Modern design background of Scandinavia counts the Industrial Revolution and functionalism of Deustscher Werkbund and Bauhaus. However, Scandinavian has created their characteristic 'Scandinavian Modern Furniture' as an adaptation to their environment which are organic form based on their nature, affection of natural material, and handicraft tradition. Finish architect Alvar Aalto and Danish architect Arne Jacobsen rendered great contribution to worldwide reputation of Scandinavian furniture design. Both of them have hold tradition shared historically and culturally in common, brought the weighty traditional thoughts enable to develope their unique design. Especially they had continuous experiment of wood shaping and renovation of manufacturing technique so that they could made their chair design -the laminated bentwoods chair and moulded plywood chair- functionally comfortable. In point of view, the purpose of this study is to analyze the characteristics of the chair design of Alvar Aalto and Arne Jacobsen, focusing un their bentwoods chair. For this purpose, the background of bentwoods chair design was investigated and in the philosophical, formative, and technical aspect, their bentwoods chair design were compared and analyzed.

• Journal of Fashion Business
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• v.19 no.2
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• pp.182-199
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• 2015

This research aims to design a new style jacket by developing patterns with dart manipulation, to achieve a tailored jacket which has been familiar to us, but with a more creative design. Tailored jackets has been widely worn both by women and men, and used to create various fashion styles. Generally the classic design with a basic lapel and collar is worn the most, and this shows demonstrates an importance of its design. Giacomo Manzu's work of relief art inspired for a creative design of tailored jackets. As a result of the analysis on the visual properties of the relief sculptures, it was found that an omissions of line for cubic effect and dramatized expression give an illusion effect. Based on the illusion effect shown in the case of a relief design, it was patterned and designed with dart manipulation. Through dart manipulation, the shape of a lapel was designed to meet the rear collar, which corresponds to a background plane, by making it like a sculpture at the front background pattern. Then it was found through dart manipulation could be extensively applied for various designs, as well as used to generate massing. Hopefully this creative pattern and design development would be helpful not only in diversification of consumer's needs, but also in the educational field for pattern and development of the fashion design industry.

• Journal of the Korea Society of Computer and Information
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• v.24 no.5
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• pp.149-156
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• 2019

The existing subtract image based intrusion detection system for CCTV digital images has a problem that it can not distinguish intruders from moving backgrounds that exist in the natural environment. In this paper, we tried to solve the problems of existing system by designing real - time intrusion detection system for CCTV digital image by combining subtract image based intrusion detection method and background learning artificial neural network technology. Our proposed system consists of three steps: subtract image based intrusion detection, background artificial neural network learning stage, and background artificial neural network evaluation stage. The final intrusion detection result is a combination of result of the subtract image based intrusion detection and the final intrusion detection result of the background artificial neural network. The step of subtract image based intrusion detection is a step of determining the occurrence of intrusion by obtaining a difference image between the background cumulative average image and the current frame image. In the background artificial neural network learning, the background is learned in a situation in which no intrusion occurs, and it is learned by dividing into a detection window unit set by the user. In the background artificial neural network evaluation, the learned background artificial neural network is used to produce background recognition or intrusion detection in the detection window unit. The proposed background learning intrusion detection system is able to detect intrusion more precisely than existing subtract image based intrusion detection system and adaptively execute machine learning on the background so that it can be operated as highly practical intrusion detection system.

• Proceedings of the ESK Conference
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• 1997.10a
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• pp.109-113
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• 1997

The purpose of this study is to survey colors of background, marker, and pointer being used in passenger car's display panel, and to suggest ergonomic design guidelines of car's display panel to enhance driver's visibility. An experiment was conducted, in which reading time of display was measured as dependent variable, and colors of black, white, blue and green were selected as background colors of display, and black, white, yellow, and green as marker's colors, and black white, yellow, green and red as pointer's colors. The results showed that reading time of display with white background, yellow marker and pointer was shortest. It was expected that this results could be used as valuable design guidelines in car's display panel.

• Journal of the Korea Fashion and Costume Design Association
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• v.23 no.2
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• pp.115-132
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• 2021

The purpose of this study was to suggest multiple directions of fashion design by producing differentiated athleisure fashion designs with functional materials based on existing sportswear. A design utilizing handcraft skill was developed by applying the design characteristics of Laszlo Moholy-Nagy's paintings. With respect to the study methods, the background of Laszlo Moholy-Nagy's paintings were analyzed and their historical background was investigated by employing previous studies and literature review. The design characteristics were classified by issue and time-period. The results are as follows; First, the feasibility of creative artwork expression was found by pursuing collaboration with artwork and fashion by applying the motives of the fashion with the characteristics by the times, lines, forms, colors, and overlapping in Moholy-Nagy's paintings. Second, athleisure fashion, which can mix-match with casual wear, was found to enhance not only creativity but also add value by applying design, which added multiple handcraft elements, as well as characteristics of functionality, aesthetics, practicality, appealability, ostentation, activity, and dynamism. Third, potential harmony was found with achromatic and chromatic colors that can express more dynamic and active images. Based on the study results, further studies are anticipated using multiple paintings.

• Proceedings of the Earthquake Engineering Society of Korea Conference
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• 1997.10a
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• pp.4-10
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• 1997

The fundamental philosophy underlying the seismic design of structures and systems are evolving into the performance based concept. The background and current status of this development in other countries are briefly summarized. The new code system which consists of two level seismic design criteria will be introduced. The implementation of the preformance based design concepts in the criteria will be explained.

• Wind and Structures
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• v.16 no.1
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• pp.47-60
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• 2013

A dominant opening in a windward wall, which generates large internal pressures in a building, is a critical structural design criterion. The internal pressure fluctuations are a function of the dominant opening area size, internal volume size and external pressure at the opening. In addition, many buildings have background leakage, which can attenuate internal pressure fluctuations. This study examines internal pressure in buildings for a range of dominant opening areas, internal volume sizes and background porosities. The effects of background porosity are incorporated into the governing equation. The ratio of the background leakage area $A_L$ to dominant opening area $A_W$ is presented in a non-dimensional format through a parameter, ${\phi}_6-A_L/A_W$. Background porosity was found to attenuate the internal pressure fluctuations when ${\phi}_6$ is larger than 0.2. The dominant opening discharge coefficient, ${\kappa}$ was estimated to lie between 0.05 to 0.40 and the effective background porosity discharge coefficient ${\kappa}^{\prime}_L$, was estimated to be between 0.05 to 0.50.

• International Journal of CAD/CAM
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• v.7 no.1
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• pp.31-40
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• 2007

Reverse engineering of reliefs aims to turn an existing relief superimposed on an underlying surface into a geometric model which may be applied to a different base surface. Steps in this process include segmenting the relief from the background, and describing it as an offset height field relative to the underlying surface. We have previously considered relief segmentation using a geometric snake. Here, we show how to use this initial segmentation to estimate the background surface lying under the relief, which can be used (i) to refine the segmentation and (ii) to express the relief as an offset field. Our approach fits a B-spline surface patch to the measured background data surrounding the relief, while tension terms ensure this background surface smoothly continues underneath the relief where there are no measured background data points to fit. After making an initial estimate of relief offset height everywhere within the patch, we use a support vector machine to refine the segmentation. Tests demonstrate that this approach can accurately model the background surface where it underlies the relief, providing more accurate segmentation, as well as relief height field estimation. In particular, this approach provides significant improvements for relief concavities with narrow mouths and can segment reliefs with small internal holes.