Chemometrics originated from multivariate statistics in chemistry, and this field is still the core of the subject. The increasing availability of user-friendly software in the laboratory has prompted the need to optimize it safely. This work comprises material presented in courses organized from 1987-1992, aimed mainly at professionals in industry.
The book covers approaches for pattern recognition as applied, primarily, to multivariate chemical data. These include data reduction and display techniques, principal components analysis and methods for classification and clustering.
Comprehensive case studies illustrate the book, including numerical examples, and extensive problems are interspersed throughout the text. The book contains extensive cross-referencing between various chapters, comparing different notations and approaches, enabling readers from different backgrounds to benefit from it and to move around chapters at will. Worked examples and exercises are given, making the volume valuable for courses.
Tutorial versions of SPECTRAMAP and SIRIUS are optionally available as a Software Supplement, at a low price, to accompany the text.
- No. of pages:
- © Elsevier Science 1992
- 4th September 1992
- Elsevier Science
- eBook ISBN:
- Hardcover ISBN:
@qu:...some excellent material... the tutorial questions and answers are generally helpful. @source:Spectroscopy Europe @qu:...can be recommended for almost every chemometrician. It seems particularly useful for learning methodological details and for preparing courses. @source:Chemometrics Intelligent Lab. Systems @qu:...let us make use of this intellectual treasure! @source:Powder Diffraction @qu:...the book is a first class text in the underlying principles and practical use of pattern recognition techniques. @source:The Analyst @qu:I highly recommend this book to readers interested in learning both the geometric and algebraic properties of multivariate pattern recognition. @source:Technometrics
University of Bristol, Bristol, UK