<p><b>a)</b> The dynamics of synaptic weights associated with Seq2 after N3 sleep for the different training duration (memory strength) of Seq2. The black line represents Seq2 trained alone. The dark green line indicates Seq2 trained along with the stronger Seq1. <b>b)</b> The change of Seq2 performance for the different training duration of Seq2. As the memory strength of Seq2 increased (longer training), the impact of interference on the synaptic weights and performance on Seq2 decreased. Error bars indicate SEM.</p
Contains fulltext : 135488.pdf (publisher's version ) (Closed access)Sleep is stro...
During non-rapid eye movement (NREM) sleep, a global decrease in synaptic strength associated with s...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
<p><b>a,b)</b> The change of synaptic weights associated with Seq2 after N2 (<b>a</b>) and following...
<p><b>a</b>) The change of synaptic weights relative to the initial values after training (<i>left</...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
<p><b>a</b>) The model simulated transitions from awake to N3 sleep, and to awake again. Orange bar ...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
(A) Dynamics of all incoming synapses to a single output layer neuron during InterleavedS,T1 trainin...
<p>Whiskers represent SEM. A- Left panel: Performance (mean block duration) improvement during train...
SummaryBackgroundThere is evidence that sleep is important for memory consolidation, but the underly...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
Current behavioural evidence indicates that sleep plays a central role in memory consolidation. Neur...
<p>The total number of correct answers performed during the post-training and the retest sessions ha...
Synaptic downscaling is hypothesized to be an important process during sleep such that previously p...
Contains fulltext : 135488.pdf (publisher's version ) (Closed access)Sleep is stro...
During non-rapid eye movement (NREM) sleep, a global decrease in synaptic strength associated with s...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
<p><b>a,b)</b> The change of synaptic weights associated with Seq2 after N2 (<b>a</b>) and following...
<p><b>a</b>) The change of synaptic weights relative to the initial values after training (<i>left</...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
<p><b>a</b>) The model simulated transitions from awake to N3 sleep, and to awake again. Orange bar ...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
(A) Dynamics of all incoming synapses to a single output layer neuron during InterleavedS,T1 trainin...
<p>Whiskers represent SEM. A- Left panel: Performance (mean block duration) improvement during train...
SummaryBackgroundThere is evidence that sleep is important for memory consolidation, but the underly...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...
Current behavioural evidence indicates that sleep plays a central role in memory consolidation. Neur...
<p>The total number of correct answers performed during the post-training and the retest sessions ha...
Synaptic downscaling is hypothesized to be an important process during sleep such that previously p...
Contains fulltext : 135488.pdf (publisher's version ) (Closed access)Sleep is stro...
During non-rapid eye movement (NREM) sleep, a global decrease in synaptic strength associated with s...
(A) Mean performance (red line) and standard deviation (blue lines) over time: unsupervised training...