This paper provides a comprehensive review of automatic recognition of woven fabric
structural parameters in recent years. Fabric structural parameters mainly include fabric …

In this paper, a new method based on the active grid model (AGM) is used to identify the
weave pattern of woven fabrics. The two-dimensional geometrical weaving structure of the …

Thermal comfort, an important factor when designing fabric, is strongly related to heat
transfer in the fabric. Fabric is not homogeneous because the constituent yarns are …

This paper presents a digital imaging method based on silhouette image analysis to
visualize the three-dimensional (3D) surface profile of textiles, or other flexible materials …

We propose a novel automatic weave diagram construction method from yarn positional
data of woven fabric. In this work, a set of yarn positional data implies a sequence of center …

The fabrics' mass per unit area (FMUA) is one of the main technological parameters in their
production. This is one of the main reasons in the stage of fabric quality control obligatory to …

Our work aims to interpret historical documents in closed booklet form without physical
unfolding through CT scanning techniques. X-ray based CT scans can transform booklets …

In order to improve the reliability and reproducibility of quality evaluation and control system,
it is necessary to develop some objective methods to evaluate fabric appearance, such as …

Automatic identifying weave pattern is an important research area for computer aided design
of textile products. Based on the scanned surface images, we have developed a semi …

For identifying how a sample knit fabric is woven a method to obtain positional information of
each yarn of the sample from voxel data made out of its x-ray CT images is newly proposed …