Color has become an essential element in our communication and our judgment on
products. In textile, the formulation of any color is an essential process to ensure color …

This paper presents an analysis of the state of the art of artificial intelligence applications in
the textile industry. A review of the existing literature was performed. This article presents …

The performance of the traditional color prediction model in the color prediction of colored
fiber blends is usually not very satisfactory under a variety of conditions, due to the limitation …

This work is concerned with the colour prediction of viscose fibre blends, comparing two
conventional prediction models (the Stearns–Noechel model and the Friele model) and two …

Global car manufacturers have been actively exploring strategies to incorporate eco-friendly
fiber materials into automotive interiors, with a particular focus on replacing traditional PET …

The huge number of complex formulations of synthetic dyes and pigments commercialized
in the 19th century makes their comprehensive characterization both difficult and …

The goal of this work is to propose a color prediction model for pre-colored fiber blends with
high accuracy. The transfer function plays a vital role in an additive color mixing model. The …

The accuracy of color prediction results for pre-colored fiber blends is critical in the textile
industry. In this paper, we attempt to investigate a feasible method for predicting the color of …

Unclear light propagation in mixed fibers has resulted in unachievable masses of primary
fibers, in particular thin two-mixed fiber assemblies for decades. Hereby, a modified mixed …

Using the binary coupled mixing algorithm as the foundation, the full color phase mixing
mode of six primary colored fibers is proposed, a full color phase mixing model containing …