<p>Rows show misclassified edges in the adjacency matrices <i>W</i> and <i>H</i> as a function of samples. Rows 1 and 3 show misclassified edges as a function of time when the active learning stimulation policy is used, while rows 2 and 4 show the same network probed with a random stimulation policy. The misclassified edge matrix under active learning quickly becomes sparse as the number of misclassifications goes to zero, random stimulation produces the same results but in a longer time frame.</p
<p>Red entries in the adjacency matrices denote an excitatory relation between the regressor and the...
We present very efficient active learning algorithms for link classification in signed networks. Our...
International audienceGraph theory is a powerful mathematical tool recently introduced in neuroscien...
<p>Rows show inferred connections over a simulated cluster as a function of samples. Red and blue ed...
<p>Recordings of spiking activity of a neuron population and the presented visual stimuli are fed in...
<p>The experiment consisted of 500 sample interventions, with an initial 500 sample observation. Whi...
<p>We compared edge prediction performance between active and random learners, summarized over five ...
<p>The experiment consisted of 500 sample interventions, with an initial 500 sample observation. Whi...
<p>(A) Example distribution (2-patch) for source-target pairs. (B) The pruning algorithm starts with...
<p>(a) The network, (b) after calculating similarities, (c) after classifying edges.</p
This paper presents a rigorous statistical analysis characterizing regimes in which active learning ...
<p>(A) Dependence of response strengths on pre-stimulus inactivities in data during a closed-loop se...
Abstract. In many networks, vertices have hidden attributes, or types, that are correlated with the ...
What follows extends some of our results of [1] on learning from ex-amples in layered feed-forward n...
This paper presents a rigorous statistical analysis characterizing regimes in which active learning ...
<p>Red entries in the adjacency matrices denote an excitatory relation between the regressor and the...
We present very efficient active learning algorithms for link classification in signed networks. Our...
International audienceGraph theory is a powerful mathematical tool recently introduced in neuroscien...
<p>Rows show inferred connections over a simulated cluster as a function of samples. Red and blue ed...
<p>Recordings of spiking activity of a neuron population and the presented visual stimuli are fed in...
<p>The experiment consisted of 500 sample interventions, with an initial 500 sample observation. Whi...
<p>We compared edge prediction performance between active and random learners, summarized over five ...
<p>The experiment consisted of 500 sample interventions, with an initial 500 sample observation. Whi...
<p>(A) Example distribution (2-patch) for source-target pairs. (B) The pruning algorithm starts with...
<p>(a) The network, (b) after calculating similarities, (c) after classifying edges.</p
This paper presents a rigorous statistical analysis characterizing regimes in which active learning ...
<p>(A) Dependence of response strengths on pre-stimulus inactivities in data during a closed-loop se...
Abstract. In many networks, vertices have hidden attributes, or types, that are correlated with the ...
What follows extends some of our results of [1] on learning from ex-amples in layered feed-forward n...
This paper presents a rigorous statistical analysis characterizing regimes in which active learning ...
<p>Red entries in the adjacency matrices denote an excitatory relation between the regressor and the...
We present very efficient active learning algorithms for link classification in signed networks. Our...
International audienceGraph theory is a powerful mathematical tool recently introduced in neuroscien...