Multistate and multistage synchronization of hindmarsh-rose neurons with excitatory chemical and electrical synapses

Keyphrases

• Hindmarsh-Rose Neuron 100%
• Chemical Synapse 100%
• Electrical Synapse 100%
• Nervous System 66%
• Coupling Strength 33%
• Analytical Tools 33%
• Matrix Measure 33%
• Electrical Connection 33%
• Single State 33%
• Chaotic Attractor 33%
• Complex Networks 33%
• State Synchronization 33%
• Recurrent Network 33%
• Connection Matrix 33%
• Time Averaging 33%
• Second Largest Eigenvalue 33%
• Steady-state Behavior 33%
• Coupled Map Lattice 33%
• Local Synchronization 33%
• Monotone Dynamics 33%
• System Maps 33%
• Analytical Concepts 33%
• Morris-Lecar 33%
• Chaotic Bursting 33%
• Coexistence States 33%
• FitzHugh-Nagumo 33%
• Area 17 33%
• Chemical Signals 33%
• Coupled Oscillator Systems 33%
• Coordinate Transformation Matrix 33%
• Periodic Steady State 33%

Engineering

• Multistage 100%
• Transformation Matrix 100%
• Coupling Strength 100%
• Electrical Connection 100%
• Coordinate Transformation 100%
• Complex Networks 100%
• State Behavior 100%
• Largest Eigenvalue 100%
• Recurrent Network 100%

Mathematics

• Synapse 100%
• Eigenvalue 50%
• Matrix Measurement 50%
• Complex Networks 50%
• Transformation Matrix 50%
• Coupled Map Lattice 50%
• Connection Matrix 50%
• Steady State Behavior 50%