<p>(a) The normalized response of 169 neurons at level 2 corresponding to shifting bar stimuli for the end postilion 6. (b) Plots of the normalized absolute value of response of most active neurons at level 2 (marked as red arrow in (a)). The receptive field of these neurons is shown in the inset of their corresponding plots.</p
<p>Panels A and B illustrate scatter plots of Δf<sub>max</sub>-vs.-CF functions for chinchilla and c...
<p>A: Responses of each neuron in the attention experiment. Filled circles are responses when attent...
<p>a) PSTH of a single unit response recorded at a depth of 197 µm (superficial layers) in response ...
<p>Each panel shows the receptive field of 1 neuron with red indicating excitatory (preferred) respo...
<p>a) Maximum number of spikes in response to a black or white stimulus for the superficial layers, ...
<p><b>A</b>) Upper panels: population mean relative pseudo R<sup>2</sup> (100*) of CRF stimuli (firs...
<p>A. The population isointensity curve of 167 neurons that their firing rates were normalized and t...
<p>Population analyses of receptive field properties of output neurons during succcessive stages of ...
<p>Population summary statistics of response properties of output neurons in the model with decoupli...
For each neuronal class, the central panels depict single neuron fI curves and the marginal panels g...
<p>The absolute firing rates of each neuron were normalized to Z-scores and, for visualization purpo...
<p>A larger stimulus engages more neurons; VEPs for individual quadrants sum up linearly to the full...
<p>(A) Left, anecdotal cranial window, V1 retinotopy mapped by intrinsic signal overlaid (colormap s...
<p>The development of the firing responses and synaptic weights of output neuron #79 before and afte...
<p><b>a.</b> The grey square represents the simulated (2°×2°) patch of visual field, and the <i>plus...
<p>Panels A and B illustrate scatter plots of Δf<sub>max</sub>-vs.-CF functions for chinchilla and c...
<p>A: Responses of each neuron in the attention experiment. Filled circles are responses when attent...
<p>a) PSTH of a single unit response recorded at a depth of 197 µm (superficial layers) in response ...
<p>Each panel shows the receptive field of 1 neuron with red indicating excitatory (preferred) respo...
<p>a) Maximum number of spikes in response to a black or white stimulus for the superficial layers, ...
<p><b>A</b>) Upper panels: population mean relative pseudo R<sup>2</sup> (100*) of CRF stimuli (firs...
<p>A. The population isointensity curve of 167 neurons that their firing rates were normalized and t...
<p>Population analyses of receptive field properties of output neurons during succcessive stages of ...
<p>Population summary statistics of response properties of output neurons in the model with decoupli...
For each neuronal class, the central panels depict single neuron fI curves and the marginal panels g...
<p>The absolute firing rates of each neuron were normalized to Z-scores and, for visualization purpo...
<p>A larger stimulus engages more neurons; VEPs for individual quadrants sum up linearly to the full...
<p>(A) Left, anecdotal cranial window, V1 retinotopy mapped by intrinsic signal overlaid (colormap s...
<p>The development of the firing responses and synaptic weights of output neuron #79 before and afte...
<p><b>a.</b> The grey square represents the simulated (2°×2°) patch of visual field, and the <i>plus...
<p>Panels A and B illustrate scatter plots of Δf<sub>max</sub>-vs.-CF functions for chinchilla and c...
<p>A: Responses of each neuron in the attention experiment. Filled circles are responses when attent...
<p>a) PSTH of a single unit response recorded at a depth of 197 µm (superficial layers) in response ...
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