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This book provides a concise but comprehensive guide to representation, which forms the core of Machine Learning (ML). State-of-the-art practical applications involve a number of challenges for the analysis of high-dimensional data. Unfortunately, many popular ML algorithms fail to perform, in both theory and practice, when they are confronted with the huge size of the underlying data. Solutions to this problem are aptly covered in the book. In addition, the book covers a wide range of representation techniques that are important for academics and ML practitioners alike, such as Locality Sensitive Hashing (LSH), Distance Metrics and Fractional Norms, Principal Components (PCs), Random Projections and Autoencoders. Several experimental results are provided in the book to demonstrate the discussed techniques' effectiveness.
This book investigates how to effectively represent data in machine learning to overcome the challenges posed by high-dimensional datasets. The authors, M. Avinash and M. Narasimha Murty, address the limitations of many popular ML algorithms when dealing with large data sizes, offering solutions that are both theoretically sound and practically applicable. The book covers a spectrum of representation techniques crucial for both researchers and practitioners in the field. It aims to provide a comprehensive understanding of methods designed to analyze and process complex, high-dimensional information efficiently.
The book is presented as a concise yet comprehensive guide to representation techniques in Machine Learning, targeting both academics and practitioners. Its focus on addressing the practical challenges of high-dimensional data analysis suggests it aims to provide valuable insights for those working with complex datasets. The inclusion of state-of-the-art methods and experimental results indicates a practical and evidence-based approach to the subject matter. The material appears structured to offer actionable knowledge for improving ML algorithm performance.
Page Count:
93
Publication Date:
2023-01-01
Publisher:
Springer Nature
ISBN-10:
981197909X
ISBN-13:
9789811979095
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