Plasticity Neural Network Based on Astrocytic Influence at Critical Periods, Synaptic Competition and Compensation by Current and Mnemonic Brain Plasticity and Synapse Formation.
Jun-Bo TaoBai-Qing SunWei-Dong ZhuShi-You QuLing-Kun ChenJia-Qiang LiChong WuYu XiongJiaxuan ZhouPublished in: CoRR (2022)
Keyphrases
- learning rules
- synaptic plasticity
- biologically plausible
- synaptic weights
- feed forward
- neural network
- spiking neural networks
- spike trains
- biologically inspired
- artificial neural networks
- neural network model
- single neuron
- motor learning
- spiking neurons
- human brain
- learning mechanism
- learning scheme
- brain images
- recurrent neural networks
- input data
- social networks
- artificial intelligence
- learning algorithm
- genetic algorithm