Computational Neuroscience of Addiction

 
 

The problem of addiction is examined from a computational perspective, as a malfunction of the brain’s normal decision making systems.  The main theories of drug addiction are dissected and their elements are placed in a decision making framework, with the hope of facilitating clear analysis.  There is some discussion of individual variations and behavioural addictions, and a slightly modified reinforcement learning framework is proposed to facilitate the inclusion of motivational states in modelling analysis.

 

Abstract

The elements of addictive theories identified in this article, and their effects on the decision framework

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