date: 2017-06-06T11:11:40Z
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pdf:docinfo:title: How Accumulated Real Life Stress Experience and Cognitive Speed Interact on Decision-Making Processes
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subject: Rationale: Advances in neurocomputational modeling suggest that valuation systems for goal-directed (deliberative) on one side, and habitual (automatic) decision-making on the other side may rely on distinct computational strategies for reinforcement learning, namely model-free vs. model-based learning.
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dc:title: How Accumulated Real Life Stress Experience and Cognitive Speed Interact on Decision-Making Processes
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cp:subject: Rationale: Advances in neurocomputational modeling suggest that valuation systems for goal-directed (deliberative) on one side, and habitual (automatic) decision-making on the other side may rely on distinct computational strategies for reinforcement learning, namely model-free vs. model-based learning.
pdf:docinfo:subject: Rationale: Advances in neurocomputational modeling suggest that valuation systems for goal-directed (deliberative) on one side, and habitual (automatic) decision-making on the other side may rely on distinct computational strategies for reinforcement learning, namely model-free vs. model-based learning.
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dc:description: Rationale: Advances in neurocomputational modeling suggest that valuation systems for goal-directed (deliberative) on one side, and habitual (automatic) decision-making on the other side may rely on distinct computational strategies for reinforcement learning, namely model-free vs. model-based learning.
Keywords: chronic stress, model-based learning, model-free learning, decision making, cognitive speed, real-life events
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dc:creator: Eva Friedel
description: Rationale: Advances in neurocomputational modeling suggest that valuation systems for goal-directed (deliberative) on one side, and habitual (automatic) decision-making on the other side may rely on distinct computational strategies for reinforcement learning, namely model-free vs. model-based learning.
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title: How Accumulated Real Life Stress Experience and Cognitive Speed Interact on Decision-Making Processes
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