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| Preface | |
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| Autonomous Chua's Circuit: Classical and New Design Aspects | |
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| The Nonlinear Resistor Concept and Chua's Diode | |
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| Circuit Topologies for Realization of Chua's Diode | |
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| Circuit Topologies for an Inductorless Chua's Circuit | |
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| Alternative Hybrid Realizations of Chua's Circuit | |
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| Hybrid-I realization of Chua's circuit | |
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| Hybrid-II realization of Chua's circuit | |
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| Hybrid-Ill realization of Chua's circuit | |
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| Hybrid-IV realization of Chua's circuit | |
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| Hybrid-V realization of Chua's circuit | |
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| Hybrid-VI realization of Chua's circuit | |
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| Hybrid-VII realization of Chua's circuit | |
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| Experimental Setup of CFOA-Based Inductorless Chua's Circuit | |
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| Experimental results | |
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| Numerical Simulation and Modeling of Chua's Circuit | |
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| Numerical Simulations of Chua's Circuit | |
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| Simulation and Modeling of Chua's Circuit in SIMULINK | |
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| Programmable and Reconfigurable Implementations of Chua's Circuit Model | |
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| FPAA: General Concepts and Design Approach | |
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| FPAA-Based Implementations of Chua's Circuit Model | |
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| FPAA-based Chua's circuit model-I | |
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| FPAA-based Chua's circuit model-II | |
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| FPAA-based Chua's circuit model-III | |
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| FPAA-based Chua's circuit model-IV | |
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| Mixed-Mode Chaotic Circuit (MMCC): A Versatile Chaotic Circuit Utilizing Autonomous and Nonautonomous Chua's Circuits | |
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| Design Procedure of Mixed-Mode Chaotic Circuit | |
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| Improved Realizations of the MMCC | |
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| FTFN-based MMCC | |
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| CFOA-based MMCC | |
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| Experimental results | |
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| Wien bridge-based MMCC | |
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| Experimental results | |
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| Experimental Modifications of Chua's Circuits | |
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| Experimental Modifications of Autonomous and Nonautonomous Chua's Circuits | |
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| Simulation results of modified Chua's Circuits | |
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| Experimental results of modified Chua's circuits | |
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| A New Nonautonomous Version of VOA-Based Chua's Circuit | |
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| Simulation results and experimental observations | |
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| Experimental Modification of MMCC | |
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| Experimental results | |
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| Some Interesting Synchronization Applications of Chua's Circuits | |
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| An Analog Communication System Using MMCC | |
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| Simulation results | |
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| Chaotic Switching System Using MMCC | |
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| Simulation results | |
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| Chaos Synchronization in SC-CNN-Based Circuit and an Interesting Investigation: Can an SC-CNN-Based Circuit Behave Synchronously with the Original Chua's Circuit? | |
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| SC-CNN-based circuit | |
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| Continuous synchronization of SC-CNN-based circuits | |
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| Can an SC-CNN-based circuit behave synchronously with the original Chua's circuit? | |
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| Chaotic Masking System with Feedback Algorithm via SC-CNN-Based Circuit | |
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| Simulation results | |
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| Impulsive Synchronization Studies Using SC-CNN-Based Circuit and Chua's Circuit | |
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| Impulsive synchronization of chaotic circuits | |
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| Impulsive synchronization of SC-CNN-based circuits | |
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| Impulsive synchronization via x<sub>1</sub> between two SC-CNN-based circuits | |
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| Impulsive synchronization via x<sub>2</sub> between two SC-CNN-based circuits | |
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| Impulsive synchronization between SC-CNN-based circuit and Chua's circuit | |
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| Experimental scheme for impulsive synchronization of two MMCCs | |
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| Experimental results | |
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| A Laboratory Tool for Studying Chua's Circuits | |
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| Introduction | |
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| Description of the Laboratory Tool | |
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| Experimental Studies with the Work-Board | |
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| Experimental measurement of v-i characteristics of VOA-based and CFOA-based nonlinear resistors on the training board | |
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| Investigation of autonomous chaotic dynamics via training board | |
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| Investigation of nonautonomous chaotic dynamics via training board | |
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| Investigation of mixed-mode chaotic dynamics via training board | |
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| Bibliography | |
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| Index | |