Published Paper Details:

The process of weaving continues to be one of the most intricate chains of transformation within the textile industry. This complexity arises from the diverse range of structures, the multiple stages involved, the intricate machinery utilized, the utilization of various materials, and the combination of both creativity and precision. Consequently, there exists a necessity for tools that can enhance efficiency, flexibility, and decision-making within this field. This review of existing literature aims to provide pertinent information regarding the utilization of logic in the realm of weaving. In this research study, a systematic literature review methodology was employed to examine the application of fuzzy logic within the weaving process. Data for this study was collected from reputable databases, including Science Direct, IEEE Xplore, Textile Research Journal, and Google Scholar. To select relevant articles for this study, the Prisma framework was utilized, resulting in the inclusion of solely journal articles for the literature review. A comprehensive framework was developed to elucidate the impact of employing fuzzy logic, the approach presented in this framework provides a comprehensive and highly effective method for tackling the complex challenges associated with ambiguity, modification, and subtlety that are frequently observed in the intricate and intricate process of weaving. The findings of various studies explored aspects such as the properties of warp and weft fabrics, the performance of weaving machines, the organizational performance of weaving companies, and occupational health and safety concerns. While these studies have provided valuable solutions, they unfortunately remain insufficient in the face of the weaving process, which persists as a complex field characterized by uncertainties, variations, and intricacies that are inherent to the practice. This uniqueness of each woven product fosters an environment conducive to experimentation and further research.