
Process Mining Techniques for Pattern Recognition
Concepts, Theory, and Practice
- 168 pages
- English
- ePUB (mobile friendly)
- Available on iOS & Android
Process Mining Techniques for Pattern Recognition
Concepts, Theory, and Practice
About this book
This book focuses on the theory, practice, and concepts of process mining techniques in detail, especially pattern recognition in diverse society, science, medicine, engineering, and business. The book deliberates several perspectives on process mining techniques in the broader context of data science and big data approaches.
Process Mining Techniques for Pattern Recognition: Concepts, Theory, and Practice provides an introduction to process mining techniques and pattern recognition. After that, it delivers the fundamentals of process modelling and mining essential to comprehend the book. The text emphasizes discovery as an important process mining task and includes case studies as well as real-life examples to guide users in successfully applying process mining techniques for pattern recognition in practice.
Intended to be an introduction to process mining and pattern recognition for students, academics, and practitioners, this book is perfect for those who want to learn the basics, and also gain an understanding of the concepts on a deeper level.
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Information
Table of contents
- Cover
- Half Title
- Title
- Copyright
- Contents
- Preface
- Editors
- Contributors
- Chapter 1 Concepts of Data Mining and Process Mining
- Chapter 2 Optimizing Web Page Ranks Using Query Independent Indexing Algorithm
- Chapter 3 Design and Implementation of Novel Techniques for Content-Based Ranking of Web Documents
- Chapter 4 Web-Based Credit Card Allocation System Using Machine Learning
- Chapter 5 Pattern Recognition
- Chapter 6 Automated Pattern Analysis and Curated Sack Count Leveraging Video Analysis on Moving Objects
- Chapter 7 DBSU: A New Fusion Algorithm for Clustering of Diabetic Retinopathy Disease
- Chapter 8 Dynamic Simulation Model to Increase the Use of Public Transportation Using Transit-Oriented Development
- Chapter 9 Text Summarization Using Extractive Techniques
- Chapter 10 An Efficient Deep Neural Network with Adaptive Galactic Swarm Optimization for Complex Image Text Extraction
- Chapter 11 Diet Recommendation Model of Quality Nutrition for Cardiovascular Patients
- Chapter 12 Dynamic Simulation Model to Improve Travel Time Efficiency (Case Study: Surabaya City)
- Index