Analysis on the Morphological Structure Characterization of the down and Feather of Duck and Goose
p.1131
p.1131
Colored Nanoparticles for Ecological Dyeing of Cellulosic Fibres
p.1136
p.1136
Fabric Sewability Prediction with Kernel PCA Based on SFC-RBFNN
p.1143
p.1143
The Evaluation Methods on the Wear Resistance of Magnetron Sputtering Coated Fabrics
p.1154
p.1154
An Improved Algorithm of Measuring Diameter of Wool and Cashmere based on the Medial Axis
p.1158
p.1158
The Analysis and Assessment of Test Method for Flammability of an Automotive Headlining Fabric
p.1162
p.1162
Automatic Recognition Analysis of Fabric Structure Based on GLCM and BP Neural Network
p.1167
p.1167
Study of Microstructure in Polyethylene Terephthalate(PET) Fiber Using SAXS
p.1171
p.1171
The Measurement and Analysis of Clothing Pressure
p.1176
p.1176
An Improved Algorithm of Measuring Diameter of Wool and Cashmere based on the Medial Axis
Abstract:
Fiber diameter is one of the most important identification indexes in distinguishing wool and cashmere. After analyzing shortcomings of existing measurement methods of the fiber diameter, an improved algorithm of measuring the diameter, in which the medial axis was extracted through the fiber morphology, was proposed. Experimental results show that this fiber diameter extraction algorithm achieves higher reliability and accuracy.
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Periodical:
Advanced Materials Research (Volumes 332-334)
Pages:
1158-1161
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Online since:
September 2011
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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