Formation and Regulation of Dynamic Patterns in Two-Dimensional Spiking Neural Circuits with Spike-Timing-Dependent Plasticity.
John H. C. PalmerPulin GongPublished in: Neural Comput. (2013)
Keyphrases
- spike trains
- biologically plausible
- learning rules
- spiking neural networks
- bio inspired
- feed forward
- neuron model
- three dimensional
- neural network
- biologically inspired
- hebbian learning
- spiking neurons
- network architecture
- dynamic behaviors
- pattern mining
- artificial neural networks
- single neuron
- frequent patterns
- dynamic environments
- high speed
- basal ganglia
- tunnel diode
- neural models
- pattern discovery
- design patterns
- reinforcement learning
- learning algorithm
- data mining