Neural coding of cell assemblies via spike-timing self-information
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural Coding of Cell Assemblies via Spike-Timing Self-Information.
M Li, K Xie, H Kuang, J Liu, D Wang… - Cerebral Cortex (New …, 2018 - europepmc.org
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
[PDF][PDF] Neural Coding of Cell Assemblies via Spike-Timing Self-Information
M Li, K Xie, H Kuang, J Liu, D Wang, GE Fox… - Cerebral …, 2018 - academic.oup.com
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural Coding of Cell Assemblies via Spike-Timing Self-Information.
M Li, K Xie, H Kuang, J Liu, D Wang, GE Fox… - Cerebral …, 2018 - search.ebscohost.com
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural Coding of Cell Assemblies via Spike-Timing Self-Information
M Li, K Xie, H Kuang, J Liu, D Wang… - … cortex (New York …, 2018 - pubmed.ncbi.nlm.nih.gov
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural coding of cell assemblies via spike-timing self-information
M Li, K Xie, H Kuang, J Liu, D Wang… - Cerebral …, 2018 - augusta.elsevierpure.com
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural coding of cell assemblies via spike-timing self-information.
M Li, K Xie, H Kuang, J Liu, D Wang, GE Fox… - Cerebral …, 2018 - psycnet.apa.org
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
[HTML][HTML] Neural Coding of Cell Assemblies via Spike-Timing Self-Information
M Li, K Xie, H Kuang, J Liu, D Wang… - Cerebral Cortex (New …, 2018 - ncbi.nlm.nih.gov
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
Neural Coding of Cell Assemblies via Spike-Timing Self-Information.
M Li, K Xie, H Kuang, J Liu, D Wang… - Cerebral Cortex (New …, 2018 - europepmc.org
Cracking brain's neural code is of general interest. In contrast to the traditional view that
enormous spike variability in resting states and stimulus-triggered responses reflects noise …
enormous spike variability in resting states and stimulus-triggered responses reflects noise …