• Journal of the Korean Society of Costume
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• v.25
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• pp.133-144
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• 1995

The purpose of the study is to develop a computer program for making patterns for women's traditional Korean stockings, Beoson, Thus, the IBM 386 DX computer, the HP DROFT Pro Plotter, and Auto LISP language are used in this study. The procedures for the automated drafting can be summarized as follows : 1. A Beoson pattern was selected. 2. 39 co-ordinate points necessary for designing patterns of Beoson were established. 3. A program for drafting the pattern was developed ; refer to Table 1. 4. The Program was designed by inputting individual body measurements (foot length, foot circumferenceI, and foot circumfer-enceII) and angle(30 degrees). 5. Beoson patterns were made very correctly and quickly by using computers.

• Journal of Korean Home Economics Education Association
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• v.5 no.1
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• pp.45-59
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• 1993

The aims of this study are to develop CAI programs for bodice and sleeve pattern drafting for the 3rd grade students in a middle school and to compare the students’achievement degree in using traditional teaching method with that in using CAI programs. On the basis of results above the direction and possibility of using computers in education home economics is another aim. For this study, after the programs are developed, which is on the model of middle school text book, one hundred girl students of 2nd grade of middle school in Songpa Gu, Seoul, who have never given Bodice and Sleep Pattern Drafting lesson are chosen. The students are divided into two groups: one is called comparison group, which is taught by traditional method, the other, experimental group, which is taught by CAI programs. To evalute the learning achivement degree, evaluation test, effectiveness of learning and interest degree test and time test are given. Questionaire investigation about CAI program is given to experimental group. The results of this study are as follows: 1. CAI programs on pattern drafting are developed and can be used in the class. 2. In the tests of achievement degree, of effectiveness, and of interest the experimental group gets higher scores than the comparison group. 3. In the time test about how many students can draft the pattern in a given time, in every step more students in experimental group finished drafting than the comparison group. 4. The students showed interest in CAI programs and played an active part in the using computers. Therefore, using CAI programs in the class of pattern drafting saved the teachers lots of difficulties and enables individual learning improving the effectiveness of learning. I hope the studies of CAI will be established in other field as well as Home Economics, especially clothing part, and computers will be used lively

• Journal of the Korean Society of Costume
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• v.12
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• pp.68-86
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• 1988

This paper is described about applied method of personal computer for clothes-patterns. The personal Computer (Fijitsu FM-$16{\beta}$) and X-Y Plotter (GRAPHTEC GP-9101 R) were used in this study. It is studied to draft of sleeve designs automartically in this paper. The Basic Language is used and the programs were main program and subroutine programs. The results are as follows; 1) The Y's system of sleeve sloper is selected in this study. 2) The co-ordinate points were indicated relative location of all necessary in drafting of sleeve designs. 3) In the variations of sleeve sloper, Puff sleeve and Raglan sleeve were selected. Programs for drafting of them were developed. 4) About the drafting of Raglan curve, it is gotten adequate curve using sprine function. 5) Clothes-Pattern are making very correctly and quickly by using computer.

• Journal of the Korean Society for Precision Engineering
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• v.22 no.2
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• pp.126-132
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• 2005

In this paper, an auto-design system is introduced for a stamping tool based on commercial computer aided design system with its drafting language. The auto-design system consists of tool oriented product design subsystem which modifies and configures the product drawing, tool concept design subsystem which make a design of the punches and their punching progression and parts design subsystem that makes automatic dimension. The system is applied to the mechanical design of the stamping tool. The main logic of the system is based on half-edge theory, a kernel for the 3 dimensional CAD system, which is applied to 2 dimensional drafting auto-design system. The auto-design system enables to conspicuously reducing the designing time of the tool. In addition, there is little drafting error that had been about 3% without auto design program. It is effective to reduce the development time for new products because of rapid designing time of the tools, standardization of the stamping tool and the drafting rule for the auto-design system. The auto-design system yields high efficiency of the tool manufacturing system.

• Journal of the Korean Society of Clothing and Textiles
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• v.13 no.2 s.30
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• pp.146-154
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• 1989

The purpose of this study was to develop a computer program for pattern making of man's Korean traditional trousers (Hanbok Baji). The IBM-PC/AT Computer was used in this study. The procedures of the study were as follows. 1. Basic pattern of Hanbok Baji was selected. 2. Co-ordinate points were instituted for indicate of relative location of all necessary points in drafting. 3. A program for drafting was developed. 4. The pattern of Baji for man's Hanbok was automatically design by inputting individual body measurement (trouser length and hip girth). 5. Grading of standard size was accomplished by using same method.

• Journal of the Korean Society of Clothing and Textiles
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• v.18 no.2
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• pp.189-196
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• 1994

The purpose of this study is to develop a computer program for automatic dart manipulation, as well as basic pattern making, of women's front bodice. In addition to accuracy and efficiency In pattern making, this computer program provides variations of basic patterns through dart manipulation. AutoCAD, running on the Austin 486DX micro-computer is used for this research. The procedures of this study are as follows : 1. A pattern-making method for women's front bodice is selected. 2. All co-ordinate points are located following the same way and order of drafting. 3. Drafting of a basic front bodice is programmed 4. Functions for various single dart manipulations are defined. 5. Menu-driven user interface is developed.

• Journal of the Korean Society of Clothing and Textiles
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• v.11 no.2 s.24
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• pp.23-36
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• 1987

The purpose of the suudy was to develop a computer program for pattern mating of women's pant's. Computerization of the pattern making process was expected to provide higher accuracy and efficiency in pattern mating. The VAX-11/750 Computer and the CALCOMP PLOTTER 965 were used in this study. The procedures of the study were as follows : 1. A slacks pattern was selected. 2. The co-ordinate points were indicated relative location of all necessary in draffing. Total sixty co-ordinate points were instituted from (AX(1), AY(1)) to (AX(24), AY(24)), from (BX(1), BY(1)) to (BX(36), BY(36)). 3. A program for drafting was developed. Refer to (Table 3). 4. The procedures of drading of standard size were accomplished by using same method. The program was developed to drafting pattern for women by putting indivisual body measurement. The body measurements for stacks pattern were as follows : slacks length. Croach length. Hip length. nip circumference. waist circumference.

• Journal of Engineering Education Research
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• v.16 no.4
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• pp.9-14
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• 2013

This paper investigated the effect of multimedia educational program developed based on Flash for learning how to make a part drawing of V-belt drive. The scholastic achievements of experimental group learned by the program were higher than traditional group in case of technical high school students, but they were not different in case of university students.

• Journal of the Korean Society of Clothing and Textiles
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• v.25 no.1
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• pp.91-102
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• 2001

The purpose of this study is to suggest a individually fitted slacks pattern in order to help ourselves prepared for the days of the order-based production like the EC in the apparel industry. A pattern was designed to make the personal fit improved based on the present study and the analysis of the measurements and the body shapes. The main characteristics of this newly designed slacks pattern are as follows. To improve fitting, the pattern requires more detailed data such as front and back waist arc, front and back hip arc, hip depth, the gradient of hip. And for personal fitted pattern, knee girth was established in the proportion to the hip girth and the crotch curve was adjusted to the measurements after drawing and the side seam curve was changed according to the front hip type and the ease in waist and hip was established by the percentage. Slacks pattern was developed into an automatic drafting program. Through the sensory evaluation for the appearance and moving fitness, newly designed slacks pattern was turned out to be improved in personal fit espacially for the body type out of the average.

• Archives of design research
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• v.15 no.2
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• pp.197-204
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• 2002

The purpose of this study was to develop the hiring and retraining program for interior design teaching staffs of vocational high school. The survey has been made by interviewing 12 teachers from 2 vocational high school. The major finding of this stuffy are as follows; First, it is found that newly hired interior design teaching staffs are required to have interior design majors in university and minimum 1 year field experience. In case of having no field experience, it is required for them either to have an interior design associated certificates or to pass certain field test. Second, the retraining program should include drafting, perspective and rendering, architectural and interior materials, architectural structure, space and interior design, furniture design and fabrication, CAD, interior construction, housing and interior design in general. Third, the retraining program will be total 255 hours program. The number of hours for each specific subject are varied perpending on subject, For example, 15 hours an allocated for drafting and 60 hours for CAD.