Chemometrics is a chemical discipline in which mathematical and statistical techniques are applied to design experiments or to analyze chemical data. An important part of chemometrics is modeling, in which one tries to relate two or more characteristics in such a way that the obtained model represents reality as closely as possible. In this article some less known but useful regression methods such as orthogonal least squares, inverse and robust regression are introduced and compared with the well-known classical least squares regression method. Genetic algorithms are described as a means of carrying out feature selection for multivariate regression. Regression methods such as principal component regression and partial least squares are i...
Ž. ŽPLS-regression PLSR is the PLS approach in its simplest, and in chemistry and technology, most u...
Structural equation modeling is an extension of multiple linear regression modeling, and primarily u...
Multivariate calibration based on first-order data, for example, near infrared (NIR) spectra, is now...
The field of chemometrics has its origin in chemistry and has been widely applied to the evaluation ...
The chemometric methods of data analysis allow to resolve complex multi-component systems by decompo...
The need to consider variability due to raw materials, seasonality, agricultural practices, and food...
Chemometrics is a discipline dedicated to solving problems arising from complicated analytical syste...
In this article, we examine the increasing use by analytical chemists of chemometric methods for tre...
An important characteristic of chemometrics has been its need to manage the tradeoff between computa...
This chapter provides a basic theoretical background on chemometrics and chemometric methods for the...
This review covers the application of Genetic Algorithms (GAs) in Chemometrics. The first applicatio...
Over the past two decades there has been a growth in pattern recognition methods, especially catalys...
This article concerns two chemometric modeling methods - the well-known partial least squares regres...
In the book ""Chemometrics in practical applications"", various practical applications of chemometri...
The contribution of chemometrics to important stages throughout the entire analytical process such a...
Ž. ŽPLS-regression PLSR is the PLS approach in its simplest, and in chemistry and technology, most u...
Structural equation modeling is an extension of multiple linear regression modeling, and primarily u...
Multivariate calibration based on first-order data, for example, near infrared (NIR) spectra, is now...
The field of chemometrics has its origin in chemistry and has been widely applied to the evaluation ...
The chemometric methods of data analysis allow to resolve complex multi-component systems by decompo...
The need to consider variability due to raw materials, seasonality, agricultural practices, and food...
Chemometrics is a discipline dedicated to solving problems arising from complicated analytical syste...
In this article, we examine the increasing use by analytical chemists of chemometric methods for tre...
An important characteristic of chemometrics has been its need to manage the tradeoff between computa...
This chapter provides a basic theoretical background on chemometrics and chemometric methods for the...
This review covers the application of Genetic Algorithms (GAs) in Chemometrics. The first applicatio...
Over the past two decades there has been a growth in pattern recognition methods, especially catalys...
This article concerns two chemometric modeling methods - the well-known partial least squares regres...
In the book ""Chemometrics in practical applications"", various practical applications of chemometri...
The contribution of chemometrics to important stages throughout the entire analytical process such a...
Ž. ŽPLS-regression PLSR is the PLS approach in its simplest, and in chemistry and technology, most u...
Structural equation modeling is an extension of multiple linear regression modeling, and primarily u...
Multivariate calibration based on first-order data, for example, near infrared (NIR) spectra, is now...