Since foreign fibers in cotton seriously affect the quality of the final cotton textile products,machine-vision-based detection systems for foreign fibers in cotton are receiving extensive attention in industrial equi...Since foreign fibers in cotton seriously affect the quality of the final cotton textile products,machine-vision-based detection systems for foreign fibers in cotton are receiving extensive attention in industrial equipment.As one of the key components in detection systems,the suitable and good classifier is significantly important for machine-vision-based on detection systems for foreign fibers in cotton due to it improving the system’s performance.In the study,we test five classifiers in the dataset of foreign fibers in cotton,and for finding the best feature set corresponding to the classifiers,we use the four filter feature selection approaches to find the best feature sets of foreign fibers in cotton corresponding to specific classifiers.The experimental results show that the extreme learning machine and kernel support vector machines have the excellent performance for foreign fiber detection and the classification accuracy are respectively 93.61%and 93.17%using the selected corresponding feature set with 42 and 52 features.展开更多
基金The authors would like to thank the Guangdong Natural Science Foundation(No.2016A030310072)Special Innovation Project of Guangdong Education Department(No.2017GKTSCX063)+1 种基金MOE(Ministry of Education in China)Project of Humanities and Social Sciences(Nos.17YJCZH261 and 17YJCZH157)Project of Shenzhen Education Science Planning(No.ybfz16009)for their financial support.
文摘Since foreign fibers in cotton seriously affect the quality of the final cotton textile products,machine-vision-based detection systems for foreign fibers in cotton are receiving extensive attention in industrial equipment.As one of the key components in detection systems,the suitable and good classifier is significantly important for machine-vision-based on detection systems for foreign fibers in cotton due to it improving the system’s performance.In the study,we test five classifiers in the dataset of foreign fibers in cotton,and for finding the best feature set corresponding to the classifiers,we use the four filter feature selection approaches to find the best feature sets of foreign fibers in cotton corresponding to specific classifiers.The experimental results show that the extreme learning machine and kernel support vector machines have the excellent performance for foreign fiber detection and the classification accuracy are respectively 93.61%and 93.17%using the selected corresponding feature set with 42 and 52 features.
