Survey Of Fabric Defect Detection

Survey Of Fabric Defect Detection

Inshal Kasu ,

Department ofComputer Engg

New horizon institute of technology     and management,

Thane,India

Ansari Junaid ,

Department ofComputer Engg

New horizon institute of technology and management,

Thane,India

Ansari Affan ,

Department ofComputer Engg

New horizon institute of technology

and management,

Thane,India

DR.S.Brindhakumari Professor,

Department ofComputer Engg

New horizon institute of technology

and management,Thane,India

Abstract—Due to the rapid growth of new computer technologies, fabric defect identification has become a prominent topic in recent years. Detection of defects in the fabric is a vital stage in the textiles industry's quality control. Traditional fabric inspections frequently use manual visual processes leading to inaccurate and imprecise results that are unsuitable for long-term industrial use. Many researchers have contributed their efforts for fabric flaw detection systems using different techniques such as computer vision, image processing, etc. All the previous work done in this area has some limitations. The accuracy rate in previously presented systems is around 88% to 90%. Datasets used by many systems had fewer images and were typical of one type. Also, pre- processing techniques were absent in the previously proposed system. This research presents u shaped network (U-Net), an enhanced convolutional neural network for detecting fabric defects. The attention mechanism is established based on network size compression. In this method, the U-Net network is improvised to discover the fabric defect more accurately and precisely.
Keywords—U-Net, fabric defect detection, attention mechanism, image processing, computer vision, convolutional neural network

Introduction