The aim of this study is to evaluate the effectiveness of genetic programming relative to that of more commonly-used methods for the identification of components within mixtures of materials using Raman spectroscopy. A key contribution of the genetic programming technique proposed in this research is that it explicitly aims to optimise the certainty levels associated with discovered rules, so as to minimize the chance of misclassification of future samples.
With increased use of Raman spectroscopic instrumentation for material analysis there has also been ...
Recent advances in the development of technology based on Raman scattering as a chemical analytical ...
Treatment of spectral information is an essential tool for the examination of various cultural herit...
Introduction: Raman spectroscopy, that is a spectroscopic technique based on inelastic scattering of...
The automated identification and quantification of illicit materials using Raman spectroscopy is of ...
Supplemental material, sj-docx-1-asp-10.1177_00037028231179744 for Matching Pursuit for Denoising Ra...
Raman spectroscopy can probe the chemical structure of a material providing an optical ’fingerprint...
This paper describes an initial use of genetic programming as a discovery engine that derives two se...
Raman spectroscopy is a powerful technique for detecting and quantifying analytes in chemical mixtur...
The purpose of this study is to explore and develop multivariate classification, calibration and noi...
A new method of analysing spectra, based on a genetic algorithm, is presented. The algorithm reconst...
This paper relates to supervised interpretation of the infrared analytical spectra of complex biolog...
Pattern recognition is a multidisciplinary area that received more scientific attraction during this...
The paper presents an algorithm based on low order statistics for the informative feature extraction...
Item does not contain fulltextThis paper describes a numerical technique that has recently been deve...
With increased use of Raman spectroscopic instrumentation for material analysis there has also been ...
Recent advances in the development of technology based on Raman scattering as a chemical analytical ...
Treatment of spectral information is an essential tool for the examination of various cultural herit...
Introduction: Raman spectroscopy, that is a spectroscopic technique based on inelastic scattering of...
The automated identification and quantification of illicit materials using Raman spectroscopy is of ...
Supplemental material, sj-docx-1-asp-10.1177_00037028231179744 for Matching Pursuit for Denoising Ra...
Raman spectroscopy can probe the chemical structure of a material providing an optical ’fingerprint...
This paper describes an initial use of genetic programming as a discovery engine that derives two se...
Raman spectroscopy is a powerful technique for detecting and quantifying analytes in chemical mixtur...
The purpose of this study is to explore and develop multivariate classification, calibration and noi...
A new method of analysing spectra, based on a genetic algorithm, is presented. The algorithm reconst...
This paper relates to supervised interpretation of the infrared analytical spectra of complex biolog...
Pattern recognition is a multidisciplinary area that received more scientific attraction during this...
The paper presents an algorithm based on low order statistics for the informative feature extraction...
Item does not contain fulltextThis paper describes a numerical technique that has recently been deve...
With increased use of Raman spectroscopic instrumentation for material analysis there has also been ...
Recent advances in the development of technology based on Raman scattering as a chemical analytical ...
Treatment of spectral information is an essential tool for the examination of various cultural herit...