Publications of A Levina

Levina, A.; Herrmann, J.; Geisel, T.: Neural dynamics and network topology interact to form critical avalanches. Twentieth Annual Computational Neuroscience Meeting (CNS*2011), Stockholm, Sweden (2011)

Schrobsdorff, F.; Ihrke, M.; Behrendt, J.; Herrmann, J.; Geisel, T.; Levina, A.: Are age-related cognitive effects caused by optimization? Eighteenth Annual Computational Neuroscience Meeting (CNS*2009), Berlin, Germany (2009)

Levina, A.; Ernst, U.; Herrmann, M.: Criticality of Avalanche Dynamics in Adaptive Recurrent Networks. Fifteenth Annual Computational Neuroscience Meeting (CNS*2006), Edinburgh, UK (2006)

Giannakakis, E.; Vinogradov, O.; Buendía, V.; Levina, A.: Structural influences on synaptic plasticity: the role of presynaptic connectivity in the emergence of E/I co-tuning. (submitted)

Zeraati, R.; Levina, A.; Macke, J.; Gao, R.: Neural timescales from a computational perspective. (submitted)

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. (submitted)

Giannakakis, E.; Khajehabdollahi, S.; Levina, A.: Network bottlenecks and task structure control the evolution of interpretable learning rules in a foraging agent. (submitted)

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

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. (submitted)

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

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

Das, A.; Denker, M.; Levina, A.; Tabacu, L.: Estimations by stable motions and applications. (submitted)