• 제목/요약/키워드: headwear sizing system

검색결과 2건 처리시간 0.017초

초등학교 여자 아동의 모자 치수체계를 위한 머리 유형 분석 (Analysis on the Shape Classification of the Head of Korean Female Children for the Headwear Sizing System)

  • 김선희
    • 복식문화연구
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    • 제13권2호
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    • pp.200-208
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    • 2005
  • This study was aimed to provide the measurement data and shape classification of the head of the Korean female children for the headwear sizing systems. Four hundred nineteen female children, aged nine to twelve years, participated for this study. The 19 regions on the head and height, weight of the subjects were directly measured by the expert experimenters. Factor analysis, cluster analysis, GLM analysis and Tukey HSD test were performed using these data. Through factor analysis, five factors were extracted upon factor scores and those factors comprised $71.318\%$ for the total variances. Three clusters as their head shape were categorized using fiver factor scores by cluster analysis. Type 1 was characterized by the widest head width, Bitragion arc, and shortest head length, and medium height and weight. Type 2 had the longest head length and the widest side head width and the highest head circumference, and highest height and largest weight. Type 3 was characterized by the medium head length, smallest head circumstance, narrowest head width and side head width, and smallest height and weight.

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초등학교 남자아동의 모자 제작을 위한 머리부위 측정 및 형태 분석 (Analysis on the Measurement and Shape Classification of the Bead of Korean Male Children for the Headwear Sizing System)

  • 김선희
    • 한국의류학회지
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    • 제29권5호
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    • pp.737-744
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    • 2005
  • This study was aimed to provide the measurement data and shape classification of the head of the Korean male children for the headwear sizing systems. Five hundred twenty male children, aged nine to twelve years, participated f3r this study. The 17 regions on the head and height, weight of the subjects were directly measured by the expert experimenters. Factor analysis, cluster analysis, GLM analysis and Tukey HSD test were performed using these data. Through factor analysis, low factors were extracted upon factor scores and those factors comprised $69.76\%$ for the total variances. Three clusters as their head shape were categorized using four factor scores by cluster analysis. Type 1 was characterized by the widest width and Bitragion arc, shortest head length. Type 2 had the longest head length and the widest side width and the highest head length and head circumference. Type 3 was characterized by the smallest head circumstance, head width and side width, and medium head length.