Network Evolution Induced by Asynchronous Stimuli through Spike-Timing-Dependent Plasticity

Keyphrases

• Spike-timing-dependent Plasticity 100%
• Network Evolution 100%
• Synaptic Plasticity 28%
• Neural Network 28%
• Spontaneous Excitatory Postsynaptic Current (sEPSC) 28%
• External Current 28%
• Propagation Dynamics 28%
• Spatial Layers 28%
• Feedforward Structure 28%
• Two Dimensional 14%
• Cognitive Function 14%
• Numerical Simulation 14%
• Neural Network Model 14%
• Synaptic 14%
• Neural Systems 14%
• Highly Sensitive 14%
• Network Structure 14%
• Perceptual Learning 14%
• Sensory Pathways 14%
• Stimulus Timing 14%
• Temporal Sequence 14%
• Experience-dependent 14%
• Cultured Neuronal Network 14%
• Map Development 14%
• Local Connectivity 14%
• Sensory Systems 14%
• Memory Development 14%
• Neural Population Activity 14%
• Associative Memory 14%
• Sensory Cortex 14%
• Map Plasticity 14%

Computer Science

• Neural Network 100%
• Resulting Network 33%
• Potential Application 33%
• Network Structure 33%
• Numerical Simulation 33%
• Neural Network Model 33%
• Associative Memory 33%
• External System 33%
• Temporal Sequence 33%

Neuroscience

• Spike-Timing-Dependent Plasticity 100%
• Neural Network 57%
• Synaptic Plasticity 28%
• In Vivo 14%
• Neural System 14%
• Cognitive Function 14%
• Perceptual Learning 14%
• Associative Memory 14%