INVITED TALKS
D Buonomano
Dynamic Changes in E/I Balance Contribute to Timing: Experimental and Theoretical Results
J Cardin
State transitions in cortex: local circuit activity and sensory encoding across the cortical dynamic range
S Deneve
Predictive coding with spikes
B Doiron
How top-down attention modulates excitatory and inhibitory cortical circuits
A Hasenstaub
Diverse inhibitory computations are masked by network integration
M Hausser
An 'all-optical' approach for probing network dynamics in vivo
C Petersen
Cell-type specific sensorimotor processing during goal-directed behavior
K Svoboda
Low-noise encoding of active touch by layer 4 in the somatosensory cortex
T Vogels
Memories and Antimemories
F Wolf
One balanced state or many? - A theory of the balanced state that keeps track of each and every spike
CONTRIBUTED TALKS
G Hennequin, DB Rubin, Y Ahmadian
and KD Miller, Rubin and M Lengyel Inhibition-stabilized
balanced dynamics account for stimulus-induced changes of noise variability in
the cortex
KJ
Hildebrandt, PJ Gonçalves, M Sahani
and JF Linden Activation of parvalbumin-positive interneurons enhances transient
responses and changes tuning of offset responses in awake auditory cortex
L Mazzucato, A Fontanini and G La
Camera Mean field and dynamics of
multi-stable states during ongoing and evoked cortical activity
ID
Landau and H Sompolinsky A Novel Locally Balanced Dynamical State in Networks With Structural
Heterogeneity And Slow Adaptation
IC Lin, M Okun, M Carandini and KD Harris Probing excitatory/inhibitory dynamics in
awake visual cortex
D Marti,
N. Brunel and S Ostojic Structured connectivity as a source of slow dynamics in randomly
connected networks
AMM Oswald,
AM Large and NW Vogler Circuit mechanisms underlying inhibitory gradients in piriform cortex
JD Semedo, BR Cowley,
A Zandvakili, CK Machens, BM Yu and A Kohn Characterizing population-level interactions between V1 and V2
AC Snyder, MJ Morais and MA Smith Inhibitory subpopulations in V4 receive a selective common input during spatial attention
C Stringer, M Pachitariu, J Hildebrandt,
P Bartho, K Harris, J Linden, P Latham, N Lesica, and M Sahani Changes in inhibition explain cortical variability and its role in sensory representations
M ter Wal and P Tiesinga Characterization of a model circuit motif with two interneuron types
N Berberian, L Richardson, and JP Thivierge High-dimensional projection of neural activity in a computational model of motion discrimination
K Wimmer, GP Ortega, A Compte, A Roxin, D Peixoto, A Renart and J de la Rocha Neuronal variability and choice variability in a hierarchical network model of perceptual decisions
POSTER SESSION 1
I-1 R Darshan, B Wood A Leblois and D
Hansel A minimal neural mechanism for
explorative behaviors: balanced of excitation and inhibition in topographically
organized networks
I-2 D Hansel,
G Mato, C van Vreeswijk The mechanism of orientation selectivity in
Layer 4 in rodent V1
I-3 O
Harish and D Hansel Asynchronous Rate
Chaos in Spiking Neuronal Circuits
I-4 C van Vreeswijk, S Rao and D Hansel Dynamics of Balanced Networks with Excess Bidirectional Connectivity
I-5 G Mongillo, S Rumpel and Y Loewenstein Cortical
computation is dominated by the inhibitory network
I-6 LA
Anderson, J Mattley and JF Linden Mind the gap: two dissociable mechanisms of temporal
processing in the auditory system
I-7 I Apicella, S Scarpetta and A de
Candia Structured vs randomized
connectivity in cortical dynamics
I-8 I
Arandia-Romero, S
Tanabe, J Drugowitsch, A Kohn and R Moreno-Bote Multiplicative and additive modulation
of neuronal tuning with population activity affects encoded information
I-9 O Arviv, A Goldstein and O Shriki Probing the E/I balance in large scale
stimulus-evoked and resting-state activity of the human brain
I-10 CSN Brito and W Gerstner Theory of
cortical plasticity explains the development of stable balanced sensory
networks
I-11 A Byrne,
S Visser and S Coombes Next generation neural mass models: rate and
coherence
I-12 N Calaim, P Gonçalves, D Barrett S Denčve and C Machens Analysis and simulation of optogenetic perturbations in efficiently balanced networks
I-13 F Effenberger, J Jost and
A Levina Self-organization
in balanced state networks by STDP and homeostatic plasticity
I-14 D Festa, G Hennequin and M Lengyel Analog Memories in a Balanced Rate-Based Network of Excitatory and
Inhibitory Neurons
I-15 S Garasto, AA Bharath and SR
Schultz Reconstructing visual
experience from two photon calcium imaging in mouse V1.
I-16 D Kobak, W Brendel, C Constantinidis, CE Feierstein, A Kepecs, ZF Mainen, R Romo, XL Qi, N Uchida and C Machens
Demixed principal component analysis of neural
population data
I-17 GJ Gutierrez
and S Deneve Spike-frequency
adaptation optimizes the tradeoff between efficiency and accuracy in a
predictive coding model
I-18 PJ Hellyer, B Jachs, C Clopath and R Leech Local
inhibitory plasticity tunes critical brain dynamics and enables emergence of
functional brain networks
I-19 A
Hermoso-Mendizabal, PE Rueda-Orozco,
S Jaramillo, D Robbe and J de la Rocha The
impact of prior expectations in perceptual decisions
I-20 N Hiratani and Tomoki Fukai GABA driven
circuit formation through heterosynaptic spike-timing-dependent
plasticity
I-21 E Hugues Large-scale
brain activity and excitation-inhibition balance
I-22 S Soldado-Magraner, F Brandalise, S Honnuraiah, M Pfeiffer, U Gerber and R Douglas Conditioning by Subthreshold Synaptic Input Changes the Characteristic Firing Pattern of CA3 Hippocampal Neurons
I-23 A Hyafil, G Deco and R Moreno-Bote A neural implementation of variational graphical models
I-24 J
Soldado-Magraner , V Mante
and M Sahani Linear
dynamics of evidence integration in a contextual decision making task
I-25 R Rosenbaum, J Rubin and B Doiron Rates, correlations and dynamics in spatially extended balanced networks
I-26 MM Taylor, M Sedigh-Sarvestani, LE Vigeland, LA Palmer, and D Contreras Synaptic excitation and inhibition in simple cells of primary visual cortex: challenging a classical model of receptive field structure
POSTER SESSION 2
II-1 J
Kadmon and H Sompolinsky
Transition to chaos in neuronal networks with balanced inhibition and excitation
II-2 S Kali, E
Vértes, I Miklós, D Schlingloff, N Hájos TF Freund
and AI Gulyás State-dependent
global dynamics and the representation of activity sequences in the hippocampal
network
II-3 AI Gulyas, R Karlócai, Z Kohus, D Schlingloff, TF Freund,
N Hájos and S Káli Tuning of excitability and synaptic efficacy switches among
physiological and epileptic dynamics
II-4 V Koren, S Denčve and D Barrett
Quiescent state activity as a signature
of efficient coding
II-5 D Lyzwa, C Chen, M Escabi and H
Read Probing nonlinear response
properties in subcortical auditory structure
II-6 D Malagarriga, AEP Villa, J García-Ojalvo
and AJ Pons Mesoscopic segregation of excitation and inhibition in
a brain network model
II-7 F
Mastrogiuseppe and S Ostojic
Fluctuating activity regimes in
networks of excitatory and inhibitory rate units
II-8 G Mochol, A Hermoso-Mendizabal, S
Sakata , KD Harris and J de la Rocha Neuronal
noise correlations are caused by brief network transitions into silence.
II-9 R Naud and H Sprekeler Frequency Filtering of Deep and Superficial Input to the Martinotti Loop
II-10 GP Ortega, K Wimmer, J de la Rocha and A Roxin Dynamics of evidence integration in canonical models of perceptual decision making
II-11 CA Papasavvas, Y Wang, AJ Trevelyan and M Kaiser Divisive inhibition prevents abrupt transition from order to chaos in a neural mass model
II-12 WF Podlaski, A Seeholzer, R Ranjan and TP Vogels Genealogy and functional relationships among neuronal ion channel models in the NEURON language
II-13 V Priesemann, J Wilting and O Shriki Assessing criticality in vivo as a potential indicator of the E-I balance
II-14 MC Quintero and R Putnam The Role of Calcium-Activated Pathways in Respiratory Neurons
II-15 N Ravid and Y Burak High order interactions between synapses affect the average dynamics
of the synaptic efficacy in recurrent neural networks
II-16 I Recio and JJ Torres Memory frustration in balanced Hopfield Network
II-17 S Sadeh, C Clopath and S Rotter Modeling rodent primary visual cortex using balanced networks with synaptic plasticity
II-18 MT Schaub, YN Billeh, CA Anastassiou, C Koch, and M Barahona Emergence of slow-switching assemblies in structured neuronal networks
II-19 N Shaham and Y Burak Continuous parameter working memory in a balanced chaotic neural network
II-20 BD Huh and
P Latham FORCE learning on spiking
networks
II-21 P Stratton, F Windels and P Silburn Controlling the flow and transformation of information through neural circuits
II-22 A Tabas, E Balaguer-Ballester, and A RuppA realistic model of cortical pitch processing mimics the N100m morphology
II-23 A Tauste Campo, M Martinez, V Nacher Campo, R Luna, R Romo and G Deco Neuronal information transfer during perceptual discrimination
II-24 P Theodoni and A RoxinThe encoding of episodic memory via spike-timing-dependent plasticity: a computational model
II-25 NHH van Laarhoven, DA Jercog, A Roxin and J Rocha A spiking network model with strong fluctuations and weak spike-frequency adaptation matches Up and Down dynamics in somatosensory cortex of anesthetized rats
II-26 M Vegue and A Roxin Different models of network connectivity can explain "non-random" features of cortical microcircuits