ePoster · Computational Neuroscience
Synaptic Plasticity Mechanisms Enable Incremental Learning of Spatio-Temporal Activity Patterns
Mohammad Habibabadi, Lenny Müller, Klaus Pawelzik · Bernstein Conference 2024
Perception relies on spatio-temporal activity patterns. Also, within the brain computations plau- sibly generate and exploit temporal structures. It is, however, unknown how neuronal systems develop selectivity for spatio-temporal patterns. Furthermore, learning should preserve already acquired contents while becoming selective to new contents. It is also not known by what mech- anisms synapses could stabilize previously stored memories of spatio-temporal patterns while they remain plastic and contribute to further learning. Here initially, the mechanisms for neurons to learn these patterns ar