Because their chemical and physical properties may be tailored over a wide range of
characteristics, the use of polymers is finding a permanent place in sophisticated electronic …

Electronic noses (e-noses) employ an array of chemical gas sensors and have been widely
used for the analysis of volatile organic compounds. Pattern recognition provides a higher …

We have previously introduced an incremental learning algorithm Learn++, which learns
novel information from consecutive data sets by generating an ensemble of classifiers with …

This review, the seventeenth of this series and the fifteenth with the title of Chemometrics,
covers the most significant developments in the field from January 2006 through December …

This paper presents a decision tree approach using two different tree models, C4. 5 and
CART, for use in the classification and dimensionality reduction of electronic nose (EN) data …

The ability to tune interparticle spatial properties of nanoparticle assemblies is essential for
the design of sensing materials toward desired sensitivity and selectivity. This paper reports …

The paper presents a method for selection of polymers for SAW vapor sensing arrays. The
method applies fuzzy c-means (FCM) clustering algorithm on the solvation data for vapor …

Nanostructured sensing arrays combined with pattern-recognition analysis provide new
opportunities for enhancing the design of sensor materials in terms of sensitivity and …

High-speed and high-accuracy thermal control of reactors has always been of interest to
chemical engineers. In this paper we present a new methodology for thermal control of a …

This paper reviews the use of optical fibers as a platform to fabricate vapor sensitive arrays
that have been developed in the authors' laboratory in recent years. Two types of …