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Self-Organizing Maps
Edited by George K Matsopoulos, ISBN 978-953-307-074-2, Hard cover, 430 pages, Publisher: InTech, Published: April 01, 2010 under CC BY-NC-SA 3.0 license, in subject Artificial Intelligence
The Self-Organizing Map (SOM) is a neural network algorithm, which uses a competitive learning technique to train itself in an unsupervised manner. SOMs are different from other artificial neural networks in the sense that they use a neighborhood function to preserve the topological properties of the input space and they have been used to create an ordered representation of multi-dimensional data which simplifies complexity and reveals meaningful relationships. Prof. T. Kohonen in the early 1980s first established the relevant theory and explored possible applications of SOMs. Since then, a number of theoretical and practical applications of SOMs have been reported including clustering, prediction, data representation, classification, visualization, etc. This book was prompted by the desire to bring together some of the more recent theoretical and practical developments on SOMs and to provide the background for future developments in promising directions. The book comprises of 25 Chapters which can be categorized into three broad areas: methodology, visualization and practical applications.
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Book contents
- Chapter 1An Adaptive Fuzzy Neural Network Based on Self-Organizing Map (SOM)
- Chapter 2Learning the Number of Clusters in Self Organizing Map
- Chapter 3Improvements Quality of Kohonen Maps Using Dimension Reduction Methods
- Chapter 4PartSOM: A Framework for Distributed Data Clustering Using SOM and K-Means
- Chapter 5Kohonen Maps Combined to K-means in a Two Level Strategy for Time Series ClusteringApplication to Meteorological and Electricity Load data
- Chapter 6Visual-Interactive Analysis With Self-Organizing Maps - Advances and Research Challenges
- Chapter 7Tracking and Visualization of Cluster Dynamics by Sequence-based SOM
- Chapter 8Visualization with Voronoi Tessellation and Moving Output Units in Self-Organizing Map of the Real-Number System
- Chapter 9Using Self Organizing Maps for 3D surface and volume adaptive mesh generation
- Chapter 10Neural-Network Enhanced Visualization of High-Dimensional Data
- Chapter 11The Self-Organizing Approach for Surface Reconstruction from Unstructured Point Clouds
- Chapter 12Self-Organizing Maps for Processing of Data with Missing Values and Outliers: Application to Remote Sensing Images
- Chapter 13Image Clustering and Evaluation on Impact Perforation Test by Self-Organizing Map
- Chapter 14Self-Organizing Map-based Applications in Remote Sensing
- Chapter 15Segmentation of Satellite Images Using Self-Organizing Maps
- Chapter 16Bridging the Semantic Gap using Human Vision System Inspired Features
- Chapter 17Face Recognition Using Self-Organizing Maps
- Chapter 18Generation of Emotional Feature Space for Facial Expression Recognition Using Self-Mapping
- Chapter 19Fingerprint Matching with Self Organizing Maps
- Chapter 20Multiple Self-Organizing Maps for Control of a Redundant Manipulator with Multiple Cameras
- Chapter 21Tracking English and Translated Arabic News using GHSOM
- Chapter 22Self-organizing Maps in Web Mining and Semantic Web
- Chapter 23Secure Wireless Mesh Network based on Human Immune System and Self-Organizing Map
- Chapter 24A Knowledge Acquisition Method of Judgment Rules for Spam E-mail by using Self Organizing Map and Automatically Defined Groups by Genetic Programming
- Chapter 25Applying an SOM Neural Network to Increase the Lifetime of Battery-Operated Wireless Sensor Networks
