Scenario 2 (left) & 3 (right) of the simple reaction model: Time course of state variables (Panels A,B), and normalised ir-indices (Panels C,D).</p
<p>Summary of reaction times, mean (SD), and percentages of errors in the different conditions for t...
The choice of the state space representation of a system can turn into a prominent advantage or burd...
<p>A schematic showing the different states of the system and the reaction pathways between them. <i...
Scenario 1 of the simple reaction cycle model: Time course of state variables (Panel A), and normali...
Scenario 3, states B (left) and C (right) of the simple reaction model: Normalised state classificat...
Panels E and F: Comparison of reference dynamics and modified dynamics from t* = 0 (dashed lines) fo...
(A) Reaction network, and (B) parameter values for the three scenarios, for which the model system w...
<p>Modeled time histories of the three cytokine response groups with experimentally derived initial ...
<p>(A) Independent Equiprobable model. (B) Cooperative Equiprobable model. (C) Independent 1 Slow St...
<p>(A) Reaction time (RT) in the second stage action when the same first stage action was taken as a...
<p>The state of the reaction model is defined as <b>x</b> = [<i>y</i>, <i>y</i><sub>0</sub>, <i>x</i...
Mean reaction times for correct responses (ms) for experiment 2, with standard deviation in parenthe...
<div> <div> <div> <p>Estimated population distributions for linear models of reaction times on the C...
<p>Mean reaction time (±SE) for the Congruent and Incongruent conditions in cathodal and sham for ex...
<p>(A) Percentage of models that reach steady-state within 300 minutes as a function of phosphoglyce...
<p>Summary of reaction times, mean (SD), and percentages of errors in the different conditions for t...
The choice of the state space representation of a system can turn into a prominent advantage or burd...
<p>A schematic showing the different states of the system and the reaction pathways between them. <i...
Scenario 1 of the simple reaction cycle model: Time course of state variables (Panel A), and normali...
Scenario 3, states B (left) and C (right) of the simple reaction model: Normalised state classificat...
Panels E and F: Comparison of reference dynamics and modified dynamics from t* = 0 (dashed lines) fo...
(A) Reaction network, and (B) parameter values for the three scenarios, for which the model system w...
<p>Modeled time histories of the three cytokine response groups with experimentally derived initial ...
<p>(A) Independent Equiprobable model. (B) Cooperative Equiprobable model. (C) Independent 1 Slow St...
<p>(A) Reaction time (RT) in the second stage action when the same first stage action was taken as a...
<p>The state of the reaction model is defined as <b>x</b> = [<i>y</i>, <i>y</i><sub>0</sub>, <i>x</i...
Mean reaction times for correct responses (ms) for experiment 2, with standard deviation in parenthe...
<div> <div> <div> <p>Estimated population distributions for linear models of reaction times on the C...
<p>Mean reaction time (±SE) for the Congruent and Incongruent conditions in cathodal and sham for ex...
<p>(A) Percentage of models that reach steady-state within 300 minutes as a function of phosphoglyce...
<p>Summary of reaction times, mean (SD), and percentages of errors in the different conditions for t...
The choice of the state space representation of a system can turn into a prominent advantage or burd...
<p>A schematic showing the different states of the system and the reaction pathways between them. <i...
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