패턴설계요소기반의 디자인 분류 및 패턴탐색 알고리즘개발 - 맞춤양산형 야구복 자동패턴 설계시스템을 위한 -
Design Classification and Development of Pattern Searching Algorithm Based on Pattern Design Elements - With focus on Automatic Pattern Design System for Baseball Uniforms Manufactured under Custom -MTM System -
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초록
This study has been undertaken as a basic research for automatic pattern design for baseball uniforms manufactured under custom-MTM system, propose building up of a system whereby various partial patterns are combined under an automatic design system and develop a multi-combination type pattern searching algorithm which allows development of a various designs. As a result of this, type classification based on pattern design elements includes side, open,collar, facing and panel type. Design have been divided into coarse classification ranging from level 1 to 7 according to pattern design elements, based on a design distribution chart. Out of 7 such levels, 3 major types determining design which are, more specifically, level 1 sleeve type, level 2 open type and level 3 collar type, have been taken and combined to determine a total of 12 types to be used for design classification codes. Respective name of style and patterns have been coded using alphabet and numerals. Totally, pattern searching algorithm of multi-combination type has been developed whereby combination of patterns belonging to a specific style can be retrieved automatically once that style name is designated on the automatic patern design system.
Abstract
This study has been undertaken as a basic research for automatic pattern design for baseball uniforms manufactured under custom-MTM system, propose building up of a system whereby various partial patterns are combined under an automatic design system and develop a multi-combination type pattern searching algorithm which allows development of a various designs. As a result of this, type classification based on pattern design elements includes side, open,collar, facing and panel type. Design have been divided into coarse classification ranging from level 1 to 7 according to pattern design elements, based on a design distribution chart. Out of 7 such levels, 3 major types determining design which are, more specifically, level 1 sleeve type, level 2 open type and level 3 collar type, have been taken and combined to determine a total of 12 types to be used for design classification codes. Respective name of style and patterns have been coded using alphabet and numerals. Totally, pattern searching algorithm of multi-combination type has been developed whereby combination of patterns belonging to a specific style can be retrieved automatically once that style name is designated on the automatic patern design system.
참고문헌 (9)
- 김상미, "인체의 운동 적합성을 고려한 스포츠웨어 디자인 개발에 관한 연구", 석사, pp.2004
- 김소라, "의류산업의 생산자동화시스템 개발현황에 관한 연구", 디자인 포럼 21, 21(8)통권 : 8, pp.63~80 (2005)
- 김수아, "매스 커스터마이제이션 생산을 위한 실버여성 의류 패턴 자동화 연구", 박사, pp.2010
- 김순분, "스키웨어의 구매와 착용만족도에 관한 조사연구", 한국의류산업학회지, 8(3), pp.295~302 (2006), 한국의류산업학회
- 김시양, "스포티즘을 응용한 신규상품 디자인 연구", 석사, pp.2005
- 류신아, "스노우보드 웨어에 대한 착용 실태조사 연구", 복식문화연구, 11(5), pp.721~736 (2003), 복식문화학회
- 은명진, "대량 맞춤(Mass Customization)형 의류 디자인 프로세스 모형 연구", 박사, pp.2004
- 조성호, "사회인 야구동호회 참여 동기에 따른 만족도", 석사, pp.2010
- 최미성, "사이클 선수들을 위한 투피스형 사이클복의 패턴개발에 관한 연구", 한국의류학회지, 28(5), pp.637~647 (2004), 한국의류학회
