
Analysis of Distributional Data
Description
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Conceived as an edited book, gathering contributions from multiple authors, the book presents alternative representations and analysis' methods for distributional data of different types, and in particular,
-Uni- and bi-variate descriptive statistics for distributional data
-Clustering and classification methodologies
-Methods for the representation in low-dimensional spaces
-Regression models and forecasting approaches for distribution-valued variables
Furthermore, the different chapters
-Feature applications to show how the proposed methods work in practice, and how results are to be interpreted,
-Often provide information about available software.
The methodologies presented in this book constitute cutting-edge developments for stakeholders from all domains who produce and analyse large amounts of complex data, to be analysed in the form of distributions. The book is hence of interest for companies operating not only in the area of data analytics, but also on logistics, energy and finance. It also concerns national statistical institutes and other institutions at European and international level, where microdata is aggregated to preserve confidentiality and allow for analysis at the appropriate regional level. Academics will find in the analysis of distributional data a challenging up-to-date field of research.
Reviews / Votes
" . . . this book will interest those who would like to expand their understanding regarding distributional data and its application in data science and to have a solid mathematical background on the different concepts under symbolic data analysis. This book also provides illustrative examples based on R package and open data which can contribute to the understanding on how to apply these methods to distributional data. This book can also benefit academic researchers who would like apply these types of approaches in their fields."~Sebastien Bailly, ISCB Book Reviews
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Persons
Sonia Dias is a Professor in the area of Mathematics at the School of Technology and Management of the Polytechnic Institute of Viana do Castelo, and a member of the Laboratory in Artificial Intelligence and Decision Support (LIAAD) of INESC TEC, Portugal. She holds a PhD in Applied Mathematics from the University of Porto (2014). Her main scientific areas of research are Data Analysis, Symbolic Data Analysis (analysis of multidimensional complex data) and Statistical/Mathematical Applications. Under this context, she has participated in several conferences and published articles in international journals and proceedings. She was a member of the organizing committee of the international Symbolic Data Analysis Workshop - SDA2018 and is a member of the organizing committee of the IFCS 2022 conference.
Content
1. Fundamental Concepts about Distributional Data
2. Descriptive Statistics based on Frequency Distributions
3. Descriptive Statistics for Numeric Distributional Data
4. The Quantile Methods to Analyze Distributional Data
II Clustering and Classification
5. Partitive and Hierarchical Clustering of Distributional Data using the Wasserstein Distance
6. Divisive clustering of histogram data
7. Clustering of Modal Valued Data
8. Mixture Models for Distributional Data
9. Classification of Continuous Distributional Data Using the Logratio Approach
III Dimension Reduction
10. Principal Component Analysis of Distributional Data
11. Principal Component Analysis of Numeric Distributional Data
12. Multidimensional Scaling of Distributional Data
IV Regression and Forecasting
13. Regression Analysis with the Distribution and Symmetric Distribution Model
14. Regression Analysis of Distributional Data Based on a Two-Component Model
15. Forecasting Distributional Time Series
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