Analyzing and Design Supporting System for Knit Fabrics. Part 2: Discrimination of Knit Stitch in Plain Knitted Fabrics Using Template Matching.
Analyzing and Design Supporting System for Knit Fabrics. Part 2: Discrimination of Knit Stitch in Plain Knitted Fabrics Using Template Matching.
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针织面料分析与设计支持系统。
DOI：
10.4188/transjtmsj.53.4_t77
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发表时间：
2000
期刊：
影响因子：
--
通讯作者：
Y. Shimizu
中科院分区：
文献类型：
--
作者：
M. Kondo;M. Takatera;Y. Shimizu
开发了一套自动无损分析系统，并对该系统的适用性进行了讨论。针织物组织结构的分析中，针迹形状的识别是非常重要的。该系统采用计算机图像处理和模式识别相结合的方法进行针迹形状的识别。用图像扫描仪采集针织物的表面图像。采用阈值处理和直方图处理来确定针迹的位置。在检测出针迹区域后，采用模板匹配法对针迹形状进行判别。对于链环、转针等同时使用背面和面圈的针织面料，本研究提出的系统可用于组织形态的辨别分析。
An non-destructive analyzing system was developed automatically, and the applicability of this system was discussed.The discrimination of the stitch shapes is very important for analysis of the stitch construction of knitted fabrics. To discriminatethe stitch shapes, a computer image processing and a pattern recognition were used in the system. The surfaceimage of knitted fabrics was captured with an image scanner. A threshold processing and a histogram processing wereused to determine the locations of knit stitches. After detection of stitch regions, the stitch shapes was discriminated usinga template matching method. For knitted fabrics in which both back and face loops are used such as links-links andtransfer stitches, this system presented in this study can be applied to the analysis of the discrimination of stitch shapes.