Open Access Published by De Gruyter

Volume 19 Issue 3

Issue of Journal of Intelligent Systems

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Contents
Journal Overview

Open Access September 1, 2010

Page range: I-I

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Open Access September 1, 2010

Data Mining and Hypothesis Refinement using a Multi-Tiered Genetic Algorithm

CM. Taylor,, A. Agah,

Page range: 191-226

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Open Access September 1, 2010

Use of Particle Swarm Optimization for Optimal Design of Composite Channels

S. Adarsh,, M. Janga Reddy,

Page range: 227-248

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Open Access September 1, 2010

Design of High Performance Concrete Mixes Through Particle Swarm Optimization

M.A. Jayaram,, M.C. Nataraja,, C.N. Ravikumar,

Page range: 249-264

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Open Access September 1, 2010

KeyConcept: Conceptual Search and Pruning Exploiting Concept Relationships

S. Gauch,, D. Ravindran,, A. Chandramouli,

Page range: 265-288

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Open Access September 1, 2010

An Unsupervised Natural Clustering with Optimal Conceptual Affinity

G. Barker,

Page range: 289-300

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About this journal

The Journal of Intelligent Systems is an Open Access, peer reviewed journal. The journal provides readers with a compilation of stimulating and up-to-date articles within the field of intelligent systems. The focus of the journal is on high quality research that addresses paradigms, development, applications and implications in the field of intelligent systems.

Aims and Scope

The list of topics spans all the areas of modern intelligent systems such as:

Artificial Intelligence

Deep Learning

Machine Learning

Pattern Recognition

Artificial Neural Networks

Reinforcement Learning

Supervised, Semi-Supervised and Unsupervised Learning

Computer Vision

AI Powered Robotic Systems

Natural Language Processing

AI Powered Internet of Things

Image and Video Processing and Analysis

Data Mining

Bayesian Learning

Intelligent Agents and Multi-Agent Systems

Volume 19 Issue 3

Issue of Journal of Intelligent Systems

CONTENTS

Data Mining and Hypothesis Refinement using a Multi-Tiered Genetic Algorithm

Use of Particle Swarm Optimization for Optimal Design of Composite Channels

Design of High Performance Concrete Mixes Through Particle Swarm Optimization

KeyConcept: Conceptual Search and Pruning Exploiting Concept Relationships

An Unsupervised Natural Clustering with Optimal Conceptual Affinity