Adaptive cardiac resynchronization therapy device based on spiking neurons architecture and reinforcement learning scheme

Keyphrases

• Reinforcement Learning 100%
• CRT-D 100%
• Adaptive Cardiac Resynchronization Therapy 100%
• Device-independent 100%
• Spiking Neurons 100%
• Learning Scheme 100%
• Architecture Learning 100%
• Hemodynamic Assessment 75%
• Spiking Neural Network Architecture 75%
• Synaptic Plasticity 50%
• Learning Process 25%
• Quality of Life 25%
• Deterministic Algorithm 25%
• Postsynaptic Density Protein 95 (PSD-95) 25%
• Congestive Heart Failure 25%
• Non-adaptive 25%
• Spiking Neural Networks 25%
• Rate Parameters 25%
• Interval Parameters 25%
• Atrioventricular Delay 25%
• Cardiac Output 25%
• Master Controller 25%
• Intracardiac Electrogram 25%
• Atrioventricular 25%
• Coprocessor 25%
• Intracardiac Hemodynamics 25%
• Dynamic Optimization 25%
• Dynamic Learning Rate 25%
• Interventricular 25%
• Hebbian Learning 25%

Computer Science

• Reinforcement Learning 100%
• Learning Scheme 100%
• Resynchronization 100%
• Neural Network Architecture 75%
• Neural Network 25%
• Learning Process 25%
• Coprocessor 25%
• Master Controller 25%
• Learning Rate 25%
• Dynamic Optimization 25%
• Obtained Output 25%
• Parameter Interval 25%
• Synaptic Weight 25%

Engineering

• Resynchronization 100%
• Reinforcement Learning 100%
• Spiking Neuron 100%
• Learning Scheme 100%
• Neural Network Architecture 75%
• Coprocessor 25%
• Hebbian Learning 25%
• System Output 25%
• Master Controller 25%
• Synaptic Weight 25%