• 복식문화연구
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• 제28권5호
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• pp.705-718
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• 2020

The goal of this study was to develop a haptic communication system that can convey the tactile sensation of fashion materials in a virtual environment. In addition, the effectiveness and how realistically the virtual fabric image of this system delivers the tactile sensation of actual fabric was verified. First, a literature review was conducted through which the tactile attributes of fashion materials were defined that would be implemented in the haptic communication system. Then, a questionnaire for evaluating the tactile attributes of fashion materials was developed. Next, a haptic communication system was designed to convey fashion image experiences in a virtual environment, from which a haptic rendering model was suggested. The effectiveness of the haptic communication system was evaluated by verifying user experiences with questions developed through a user evaluation experiment. The validity of the evaluation questions pertaining to the tactile attributes and the effects of the haptic communication system were verified. Factor analysis was conducted to verify the evaluation of the tactile sense attributes of the fashion material, which identified density, thickness, and elasticity of the material as key factors. As a result of comparisons between the tactile sense through haptic characteristics and through touching, it was observed that regarding density and thickness, tactile sense experience led to greater perceived reality, while this was not the case for elasticity.

• 한국생활과학회지
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• 제14권4호
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• pp.645-651
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• 2005

The purpose of the study was to investigate the thermophisiological responses and subjective wearing comfort for the six lining fabrics of one-piece dress in summer environment. There were significant differences in the microclimate, the mean skin temperature and the subjective wear comfort for the lining fabrics. The mean skin temperature of rayon and acetate were lower than that of synthetic fiber. The wearing comfort of rayon and acetate were better than that of synthetic fiber. There were clear correlations between the mechanical properties and the subjective wear comfort of lining fabrics. The hygroscopicity and density of textile affected the humidity and tactile sensation of dress, and they were important factors determining the wearing comfort of one-piece dress.

• 대한인간공학회:학술대회논문집
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• 대한인간공학회 1997년도 춘계학술대회논문집
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• pp.183-189
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• 1997

In order to help develop more comfortable seat cover fabrics, this study primarily surveyed the actual using conditions and the consumers' opinions of the seat cover fabrics. The results of this study were as follows: 1) The colors of seat cover fabric were mostly achromatic. Regarding comsumers' satisfaction on the colors of seat cover fabric, comsumers in their 20's were less satisfied than other age groups. Most unsatisfied consumers prefered bright colors. 2) On the materials of seat cover fabric, synthethic leather and woven were most widely used. Real leather was most prefered due to its luxury and tactile sensation. Woven was secondarily prefered due to its price and tactile sensation. About fourty percent of consumers covered the seat with other cover fabrics because of soil and other reasons. It will be useful if they could choose and change the seat cover fabircs with different materials and colors. 3) When consumers used the seat cover fabrics, the problems that they indicated were not durability and colorfastness but low breathablity during sweating, static electricity, soil, firmness, and cool sensation at the first contact.

• Fibers and Polymers
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• 제5권1호
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• pp.6-11
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• 2004

The purpose of this study is to analyze the subjective fabric hand of sleepwear fabrics, and to assist in developing sleepwear fabrics that offer maximum comfort in wearing sensation. In general, the respondents noted that sleepwear fabrics made with polyester had better tactile sensation than those made with cotton, while satin weave fabrics felt better than plain weave fabrics. As regards the difference in fabric hand according to gender, female students responded with more receptiveness and sensitivity than male students in the category of woven fabric evaluation. As regards the same textile materials, the evaluations of female students and male students differed in fabric hand descriptors, particularly for the evaluation on cotton fabrics. Male students responded that both plain weave fabrics and satin weave fabrics were stiff while female students replied that satin weave fabrics had better tactile sensation.

• ETRI Journal
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• 제29권3호
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• pp.305-310
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• 2007

If a virtual object in a virtual environment represented by a stereo vision system could be touched by a user with some tactile feeling on his/her fingertip, the sense of reality would be heightened. To create a visual impression as if the user were directly pointing to a desired point on a virtual object with his/her own finger, we need to align virtual space coordinates and physical space coordinates. Also, if there is no tactile feeling when the user touches a virtual object, the virtual object would seem to be a ghost. Therefore, a haptic interface device is required to give some tactile sensation to the user. We have constructed such a human-computer interaction system in the form of a simple virtual reality game using a stereo vision system, a vibro-tactile device module, and two position/orientation sensors.

• 한국멀티미디어학회논문지
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• 제7권6호
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• pp.767-780
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• 2004

Interaction requires dynamic relationship between objects. In ubiquitous computing environment, interaction between human and the environment is implied. Tactile interaction has so far been less addressed, while tactile sensation should be an important topic in the field of multimedia study. This paper describes development of a novel PVDF (Polyvinylidene Fluoride) dynamic tactile sensor and associated experiments. PVDF dynamic tactile sensors detect touch events applied to the sensor skin by low frequency components of the signal. Rubber skin-covered sensing material was mounted on the bones. Robust performance with low noise was figured out in our robotic experiment. Whereas most conventional sensors are interested in measurement, our dynamic tactile sensor is sensitive to change of state, which could be a key for economic understanding of happenings in the dynamic world. We note that dynamic sensing uses motion as a part of sensing modality We suggest that dynamic sensing be understood in technological terms in the perspective of interactive media and ubiquitous computing.

• 감성과학
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• 제24권1호
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• pp.105-114
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• 2021

본 연구는 한국의 대학에 재학하고 있는 한국인 여대생과 중국인 여대생을 대상으로 캐주얼 셔츠 소재의 주관적인 감각과 선호도의 차이를 파악하고자 수행되었다. 춘추용 캐주얼 셔츠의 소재로 시판되는 소재 중에서 섬유조성이 상이한 7가지 종류의 흰색 셔츠 직물을 선정하였다. 캐주얼 셔츠 소재에 대한 주관적 감각 및 촉감 선호도의 평가자는 한국인 여대생과 중국인 여대생으로 40명이었다. 참가자들은 7종 소재를 관찰하고 나서 주관적인 감각과 촉감 선호도에 대한 평가를 설문지를 사용하여 작성하였다. 캐주얼 셔츠 소재의 주관적 감각을 요인분석한 결과, 평활감, 경량감, 유연감, 신축감의 4개 요인으로 분류되었다. 주관적 감각 요인은 소재의 섬유조성별 국적에 따라 부분적으로 유의한 차이를 보였다. 한국인 여대생은 중국인 여대생 보다 면 100% 소재를 더 가볍다고 평가하였고, 폴리에스터 50%/모달 50% 소재와 P100 소재를 더 신축성이 있다고 평가하였으나, 중국인 여대생은 폴리에스터 50%/면 45%/스판덱스 5% 소재를 더 가볍다고 평가하였다. 캐주얼 셔츠 소재의 섬유조성별 촉감 선호도는 국적에 따라 유의한 차이를 보였다. 한국인 여대생은 중국인 여대생에 비해 면 80%/폴리에스터 20% 소재, 폴리에스터 50%/면 45%/스판덱스 5% 소재, 아마 100% 소재를 더 선호하였다. 한편, 캐주얼 셔츠 소재의 주관적 감각 요인이 촉감 선호도에 미치는 영향은 국적에 따른 차이를 보였다. 한국 여대생의 경우, 평활감과 유연감이 캐주얼 셔츠 소재의 촉감 선호도에 긍정적 영향을 미치는 반면, 중국인 여대생은 평활감, 유연감, 신축감이 촉감 선호도에 긍정적 영향을 미치는 것을 알 수 있었다. 이처럼 캐주얼 셔츠 소재에 대한 주관적 감각 및 촉감 선호도는 한국인 여대생과 중국인 여대생간의 차이를 보였다. 따라서 여대생을 대상으로 캐주얼 셔츠 소재 기획시 이러한 감성의 차이를 반영하는 것이 필요하다.

• 한국감성과학회:학술대회논문집
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• 한국감성과학회 1998년도 추계학술발표 논문집
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• pp.250-255
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• 1998

The purpose of this study was to determine physical characteristics, and subjective sensation toward sports socks, varing types of fiber content and fabric structure. Also we tried to develop regression models from variables. Results of this study are as follows. 1. Cotton 100% socks had a highest absorbency and wickability among six different socks. The result of ANOVA shows that fiber content influenced on the wet sensation only prior to exercise. 2. Terry socks had a higher drop absorbency, stretch properties and thermal resistances than plain jersey socks. But there was no significant difference in overall comfort sensation. 3. We developed regression models to predict overall comfort sensation from thermal sensation and wet sensation. Also we can predict thermal sensation from the thickness of socks in the sole area, and we can predict wet sensation from moisture permeability

• Educational Technology International
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• 제14권1호
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• pp.41-53
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• 2013

On the basis of two premises and embodied cognition theory, the vibration tactile learning is proposed as an effective method for foreign language learning. The premises are: the real nature of language is sound and the source of sound is vibration. According to embodied cognition theory, cognition is inherently connected to bodily sensation rather than metaphysical and independent. As a result, the vibration tactile learning is: people are able to learn foreign language better by listening to sound and experiencing its vibration through touch rather than solely listening to sound. The effectiveness of vibration tactile learning is tested with two instructional media theories: media comparison and media attribute. For the comparison, an experiment is conducted with control and experimental groups. The attributes of vibration tactile media are investigated in points of relationships with the learning process. The experiment results indicate a small effect on the increased mean score. Three kinds of relationships are found between the media attribute and learning process: enforced stimulus, facilitated pronunciation, and assimilation of resonance to sound patterns through touch. Finally, this paper proposes a new theoretical development for instructional media research: an embodied cognition based media research and development.

• 한국의류학회지
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• 제15권1호
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• pp.61-69
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• 1991

In order to investigate the comfort properties of aerobic wear with different materials, the physiological responses, subjective wear sensation and microclimate were measured. The experimental garment were all-in·one type with half·length sleeves made of cotton/ polyurethane and nylon/ polyhrethane fabrics. The conditions of the experimental room were controlled to maintain two type of environ- ments, i.e. $25{\pm}1^{\circ}C$, $60{\pm}5\%$ R. H. and $30{\pm}1^{\circ}C$, $70{\pm}5\%$ R.H., Air velocity was maintained at 0.25 misec all the time. The results are as follows; 1) At $25^{\circ}C$, mean skin temperature and comfort sensation were not significantly different among 2 types of materials. 2) At $30^{\circ}C$, aerobic wear made of cotton/polyurethane fibers showed better pleasant tactile sensation than that of nylon/polyurethane fibers. 3) Under both environmental conditions, microclimate of two types of aerobic wear was not significantly different. 4) Among several aspects of wear sensations, tactile sensation was the most powerful factor to differenciate material differences of aerobic wear.