Black Tea is conventionally tested by human sensory panel called “Tea Tasters”, who assign quality scores to different tea samples. This paper proposed a method of separation using the device named as electronic noise. The various tea samples have been analyzed using the popular method of separation, like PCA and LDA. For better separation among different scores of tea samples, the kernel based PCA as well as kernel based LDA methods have been considered in this case as the clustering algorithm. The method exhibits a better performance than those of traditional methods. Also the separation index has been evaluated and shows its efficacy
Electronic nose (E-nose) and electronic tongue (E-tongue) can mimic the sensory perception of human ...
The data collected from electronic nose systems are multidimensional and usually contain a lot of re...
Abstract The data collected from electronic nose systems are multidimensional and usually contain a ...
Assessment of black tea quality is a difficult task due to the presence of a large number of chemica...
An electronic nose (E-nose), comprising eight metal oxide semiconductor (MOS) gas sensors, was used ...
In this paper we have used a metal oxide sensor based electronic nose (EN) to analyse five tea sampl...
In this paper we have used a metal oxide sensor (MOS) based electronic nose (EN) to analyze five tea...
A novel incremental algorithm based on fuzzy-c-means (FCM) method is proposed and implemented to eff...
AbstractA novel incremental algorithm based on fuzzy-c-means (FCM) method is proposed and implemente...
The electronic nose system is widely used in tea aroma detecting, and the sensor array plays a funda...
In this paper, we have (analyzed using a metal oxide sensor (MOS)-based electronic nose (EN)) five t...
An electronic nose (e-nose) equipped with a stable temperature controller has been successfully deve...
An electronic nose (E-nose) was employed to detect the aroma of green tea after different storage ti...
The limitations of the classical pattern recognition algorithms may be addressed by an incremental w...
Five grades of Xihulongjing tea (grade: AAA, AA, A, B and C, from the same region and processed with...
Electronic nose (E-nose) and electronic tongue (E-tongue) can mimic the sensory perception of human ...
The data collected from electronic nose systems are multidimensional and usually contain a lot of re...
Abstract The data collected from electronic nose systems are multidimensional and usually contain a ...
Assessment of black tea quality is a difficult task due to the presence of a large number of chemica...
An electronic nose (E-nose), comprising eight metal oxide semiconductor (MOS) gas sensors, was used ...
In this paper we have used a metal oxide sensor based electronic nose (EN) to analyse five tea sampl...
In this paper we have used a metal oxide sensor (MOS) based electronic nose (EN) to analyze five tea...
A novel incremental algorithm based on fuzzy-c-means (FCM) method is proposed and implemented to eff...
AbstractA novel incremental algorithm based on fuzzy-c-means (FCM) method is proposed and implemente...
The electronic nose system is widely used in tea aroma detecting, and the sensor array plays a funda...
In this paper, we have (analyzed using a metal oxide sensor (MOS)-based electronic nose (EN)) five t...
An electronic nose (e-nose) equipped with a stable temperature controller has been successfully deve...
An electronic nose (E-nose) was employed to detect the aroma of green tea after different storage ti...
The limitations of the classical pattern recognition algorithms may be addressed by an incremental w...
Five grades of Xihulongjing tea (grade: AAA, AA, A, B and C, from the same region and processed with...
Electronic nose (E-nose) and electronic tongue (E-tongue) can mimic the sensory perception of human ...
The data collected from electronic nose systems are multidimensional and usually contain a lot of re...
Abstract The data collected from electronic nose systems are multidimensional and usually contain a ...