Publikationen von E Giannakakis

Giannakakis, E.; Khajehabdollahi, S.; Buendia, V.; Levina, A.: The topology of E/I recurrent networks regulates their ability to learn the dynamics of chaotic attractors. Bernstein Conference 2022, Berlin, Germany (2022)

Khajehabdollahi, S.; Giannakakis, E.; Martius, G.; Levina, A.: Cellular automata for efficient large-scale simulations of spiking networks. Bernstein Conference 2022, Berlin, Germany (2022)

Giannakakis, E.; Vinogradov, O.; Levina, A.: Clustered recurrent connectivity promotes the development of E/I co-tuning via synaptic plasticity. Computational and Systems Neuroscience Meeting (COSYNE 2022), Lisboa, Portugal (2022)

Giannakakis, E.; Levina, A.: Recurrent connectivity controls the ability of inhibitory synaptic plasticity to produce E/I co-tuning. 30th Annual Computational Neuroscience Meeting (CNS*2021) (2021)

Giannakakis, E.; Vinogradov, O.; Levina, A.: Recurrent connectivity regulates the ability of inhibitory STDP to produce E/I co-tuning in a spiking network. Bernstein Conference 2021 (2021)

Patzlaff, N.; Vinogradov, O.; Giannakakis, E.; Levina, A.: Examining network dynamics under inhibitory rewiring. Bernstein Conference 2021 (2021)

Vinogradov, O.; Giannakakis, E.; Buendía, V.; Uysal, B.; Ron, S.; Weinreb, E.; Schwarz, N.; Lerche, H.; Moses, E.; Levina, A.: Effective excitability captures network dynamics across development and phenotypes. (eingereicht)

Fardet, T.; Giannakakis, E.; Paulun, K.; Levina, A.: Revising clustering and small-worldness in brain networks. (eingereicht)

Khajehabdollahi, S.; Zeraati, R.; Giannakakis, E.; Schäfer, T.; Martius, G.; Levina, A.: Emergent mechanisms for long timescales depend on training curriculum and affect performance in memory tasks. (eingereicht)

Giannakakis, E.; Vinogradov, O.; Buendia, V.; Levina, A.: The topology of E/I recurrent networks regulates the effects of synaptic plasticity. (eingereicht)

Giannakakis, E.; Vinogradov, O.; Buendía, V.; Levina, A.: Recurrent connectivity structure controls the emergence of co-tuned excitation and inhibition. (eingereicht)