Collins G. Assisi

The paper shows that network symmetry determines the stability of rhythmic firing patterns in phase-of-firing codes, using Sudoku-inspired model networks.

The paper develops a grid cell network model to show how predictive coding in spatial navigation arises from intrinsic cellular mechanisms and circuit-level asymmetry in inhibition.

The paper shows how theta oscillations in the medial entorhinal cortex ensure reliable neural sequences by modulating inhibition and timing of rebound spikes.

The paper investigates how structural attributes of neuronal networks affect their capacity to generate stable spatiotemporal patterns by simulating a Sudoku-inspired network of pulse-coupled oscillators.

The paper develops a computational model of olfactory processing in insects, showing that sparse KC representations optimally separate odorants in MBONs, and that synaptic plasticity preserves this separation.