A: Noise robustness heat maps for sparse RNNs. The horizontal axis indicates the level of dynamic noise, defined as the standard deviation of the dynamic noise divided by the mean of the activity in the RNN, and the vertical axis indicates the standard deviation of input noise. Sparse RNNs maintain high accuracy over a wide range of noises levels. # epochs = 150. B: Output of an example sparse RNN over time. Model is trained for 2τ, and input is on for τ. N = 300, f = 0.05, α = 1, # epochs = 500. C: Performance of the E/I sparse RNNs as a function of the E/I ratio. N = NE + NI = 100, f = 0.1, α = 1, # epochs = 200.</p
<p>Comparison of original sparse coding network model to approximation with plausible interneurons w...
<p>The columns correspond to constant, normal, log-normal and power-law ability distributions with a...
Existing techniques for certifying the robustness of models for discrete data either work only for a...
A: Accuracy for various combinations of N and P. Colors represent accuracy, grouped in bins spanning...
<p>A: Similarity of network population response with noise added relative to the response without no...
A robust method should satisfy two criteria: when the number of clusters is fixed, its NMI decreases...
In addition to recurrent and output sparsity, we explored the effects of input connection sparsity. ...
<p>(A) Coding performance of the network in the presence of synaptic background noise. The vertical ...
<p>A SAILnet simulation was performed in which the RFs were initially randomized, and the recurrent ...
Constructing the reference modes is a critical step in system dynamics modeling. Estimat-ing rates f...
<p>The metrics are (A) Bifurcation, or the number of transitions between phase-locked and phase-slip...
Deep neural networks include millions of learnable parameters, making their deployment over resource...
<p>Each negative feedback network motif is assessed for its robustness by computing the value of the...
A, Schematic of a network with dense feedforward and sparse recurrent connectivity. B, Learning impr...
<p>(A) Simulations to test robustness against noise in the PNs. Percentage of correct trials (i.e. t...
<p>Comparison of original sparse coding network model to approximation with plausible interneurons w...
<p>The columns correspond to constant, normal, log-normal and power-law ability distributions with a...
Existing techniques for certifying the robustness of models for discrete data either work only for a...
A: Accuracy for various combinations of N and P. Colors represent accuracy, grouped in bins spanning...
<p>A: Similarity of network population response with noise added relative to the response without no...
A robust method should satisfy two criteria: when the number of clusters is fixed, its NMI decreases...
In addition to recurrent and output sparsity, we explored the effects of input connection sparsity. ...
<p>(A) Coding performance of the network in the presence of synaptic background noise. The vertical ...
<p>A SAILnet simulation was performed in which the RFs were initially randomized, and the recurrent ...
Constructing the reference modes is a critical step in system dynamics modeling. Estimat-ing rates f...
<p>The metrics are (A) Bifurcation, or the number of transitions between phase-locked and phase-slip...
Deep neural networks include millions of learnable parameters, making their deployment over resource...
<p>Each negative feedback network motif is assessed for its robustness by computing the value of the...
A, Schematic of a network with dense feedforward and sparse recurrent connectivity. B, Learning impr...
<p>(A) Simulations to test robustness against noise in the PNs. Percentage of correct trials (i.e. t...
<p>Comparison of original sparse coding network model to approximation with plausible interneurons w...
<p>The columns correspond to constant, normal, log-normal and power-law ability distributions with a...
Existing techniques for certifying the robustness of models for discrete data either work only for a...