This paper presents the use of the wavelet transform to extract fibre surface texture features for classifying cashmere and superfine merino wool fibres. To extract features from brightness variations caused by the cuticular scale height, shape and interval provides an effective way for characterising different animal fibres and subsequently classifying them. This may enable the development of a completely automated and objective system for animal fibreidentification.<br /
A new objective method has been developed for the identification of animal hair fibres, in particula...
Weathering refers to the degradation of wool fibres that occur during growth from exposure of the fl...
This paper describes a potentially faster and cheaper method of determining fibre scale frequencies....
This paper presents the use of the wavelet transform to extract fiber surface texture features for c...
Abstract — This paper presents the use of the wavelet transform to extract fiber surface texture fea...
Wool and mohair fibres are both animal-based fibres and having circular scales on their microscopic ...
Abstract Recognizing cashmere and wool fibers has been a challenging problem in the textile industry...
Identification of fibres, particularly in blends, requires knowledge of their characteristics. Indiv...
Fiber identification has been a very important task in many industries such as wool growing, textile...
Merino lambs' wool fiber has a unique chemical structure that gives the wool many unique properties ...
This paper reports a novel method to differentiate cashmere from synthetic fibres and even from othe...
AATCC;INDA;TAPPI;The Fiber Society2010 Spring Conference of the Fiber Society -- 12 May 2010 through...
In this paper, sereval varieties of animal fibres including cashmere and Australian fine Merino wool...
A comparison of Merino wool fibre from a Saxon strain and Merryville strain was made from measuremen...
Although wool is an important contributor to New Zealand's agricultural exports, it represents only ...
A new objective method has been developed for the identification of animal hair fibres, in particula...
Weathering refers to the degradation of wool fibres that occur during growth from exposure of the fl...
This paper describes a potentially faster and cheaper method of determining fibre scale frequencies....
This paper presents the use of the wavelet transform to extract fiber surface texture features for c...
Abstract — This paper presents the use of the wavelet transform to extract fiber surface texture fea...
Wool and mohair fibres are both animal-based fibres and having circular scales on their microscopic ...
Abstract Recognizing cashmere and wool fibers has been a challenging problem in the textile industry...
Identification of fibres, particularly in blends, requires knowledge of their characteristics. Indiv...
Fiber identification has been a very important task in many industries such as wool growing, textile...
Merino lambs' wool fiber has a unique chemical structure that gives the wool many unique properties ...
This paper reports a novel method to differentiate cashmere from synthetic fibres and even from othe...
AATCC;INDA;TAPPI;The Fiber Society2010 Spring Conference of the Fiber Society -- 12 May 2010 through...
In this paper, sereval varieties of animal fibres including cashmere and Australian fine Merino wool...
A comparison of Merino wool fibre from a Saxon strain and Merryville strain was made from measuremen...
Although wool is an important contributor to New Zealand's agricultural exports, it represents only ...
A new objective method has been developed for the identification of animal hair fibres, in particula...
Weathering refers to the degradation of wool fibres that occur during growth from exposure of the fl...
This paper describes a potentially faster and cheaper method of determining fibre scale frequencies....