scns.epfl.ch

lcn1.epfl.ch

Cooperating Institutes at the EPFL | LCN

http://lcn1.epfl.ch/page-76096-en.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE).

lcn1.epfl.ch

Former PostDocs | LCN

http://lcn1.epfl.ch/page-76097-en.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Top of the page.

lcn1.epfl.ch

Students | LCN

http://lcn1.epfl.ch/page-78922-en.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Organized by Wa...

lcn1.epfl.ch

Site Map | LCN

http://lcn1.epfl.ch/sitemap

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Top of the page.

lcn1.epfl.ch

Spatial Representation and Models of the Hippocampus | LCN

http://lcn1.epfl.ch/page-53749-en.html

Jump to search field. Laboratory of Computational Neuroscience. Spatial Representation and Models of the Hippocampus. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Links to labs and people. Our ap...

lcn1.epfl.ch

Workshops | LCN

http://lcn1.epfl.ch/page-8579-en.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Workshop on lea...

spikespike.net

Bard Ermentrout @ SCNS - SpikeSpike.net

http://spikespike.net/2013/12/ermentrout

Yes, there is an outside world. Bard Ermentrout @ SCNS. Middot; December 12, 2013. Just saw the revered, enigmatic and highly energetic Bard Ermentrout at the SCNS. Besides being quite revealing on his early life hobbies and their effects on his sensory apparatus, he gave a hard to follow but interesting talk on how to perform a dimensional reduction of noisy oscillator neuron models. We formulate a phase-reduction method for a general class of noisy limit cycle oscillators and find that. You may also like.

lcn1.epfl.ch

LCN | EPFL

http://lcn1.epfl.ch/index.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Top of the page.

lcn1.epfl.ch

LCN Team | LCN

http://lcn1.epfl.ch/page-94610-en.html

Jump to search field. Laboratory of Computational Neuroscience. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE). Links to labs and people. Phone: 41 21 69.

lcn1.epfl.ch

Spike-timing dependent learning rules | LCN

http://lcn1.epfl.ch/page-53748-en.html

Jump to search field. Laboratory of Computational Neuroscience. Spike-timing dependent learning rules. Cooperating Institutes at the EPFL. Workshop on learning and plasticity, Paris, June 2-4, 2015. Swiss Computational Neuroscience Seminars. Models of spiking neurons. Spike-timing dependent learning rules. Spatial Representation and Models of the Hippocampus. Biological modeling of neural networks. Unsupervised and reinforcement learning in neural networks. Topics in computational neuroscience (EDNE).