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Difference between revisions of "Neuronal decision making model"

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(Basic Mechanism)
(Basic Mechanism)
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For every [[node]] in a path, there are several [[implications]]. Every implication is attached at the end of it to a reward in the reward system.  
 
For every [[node]] in a path, there are several [[implications]]. Every implication is attached at the end of it to a reward in the reward system.  
  
The [[value]] of the reward is signaled by the plesentness or pain of the reward, the magnitude of the reward, the chance of the reward and it's immdiecy. The more pleasent the expectd reward is, the more we will be attracted to it. The more pain we assume the reward will bring, the less we will like to chose this reward. When pain in in stake, we will be rpulsed by it more then an equivelnt amount of plesure.. The stongger the reward will be the more we will be attracted to it, if pleasent, or we will distance ourselves from it. The faster we will think we will get the reward, the more we will be chose to take it's course.
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===Value===
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The [[value]] of the reward is signaled by the plesentness or pain of the reward. The magnitude of the reward will be determined by the volume of the of nuronal signaling that is connected to the reward and the intensety of nuronal firing. The amount of siganling, is due to the learning process [[LTP]] and [[STP]]. It will be composed of the chance for the expected results, and the immdiacy. the higher the chances, and the more immidate the results is axpected to be, the stronger the signal will be.
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Pain and plesure are not equal. For most of the people, pain will cause more repalsion then plesure will cause attraction. This is due to the hazardous nature of pain. This may be the neuronal mechanism behind [https://en.wikipedia.org/wiki/Loss_aversion loss aversion].
  
 
[[File:Attraction.png|500px|center|The reward-attraction function model]]
 
[[File:Attraction.png|500px|center|The reward-attraction function model]]
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The reward attraction function seems to be the basic mechanisms of the [https://en.wikipedia.org/wiki/Prospect_theory prospect theory].
 
The reward attraction function seems to be the basic mechanisms of the [https://en.wikipedia.org/wiki/Prospect_theory prospect theory].
  
reduced connection between implication and reward. The strength will be produced according to the learning rules of [[LTP]] and [[STP]].
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It seems that educed connection between implication and reward. The strength will be produced according to the learning rules of  
  
 
[[File:Neural network two paths implications.jpg|500px|thumb|center]]
 
[[File:Neural network two paths implications.jpg|500px|thumb|center]]

Revision as of 09:39, 20 June 2014

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Tal Yaron 22:23, 17 June 2014 (IDT)


Basic Mechanism

The personal mechanism of decision making is based on evaluative neural network (ENN). ENN has two or more paths for reaching a goal.

Neural network two paths.jpg

For every node in a path, there are several implications. Every implication is attached at the end of it to a reward in the reward system.

Value

The value of the reward is signaled by the plesentness or pain of the reward. The magnitude of the reward will be determined by the volume of the of nuronal signaling that is connected to the reward and the intensety of nuronal firing. The amount of siganling, is due to the learning process LTP and STP. It will be composed of the chance for the expected results, and the immdiacy. the higher the chances, and the more immidate the results is axpected to be, the stronger the signal will be.

Pain and plesure are not equal. For most of the people, pain will cause more repalsion then plesure will cause attraction. This is due to the hazardous nature of pain. This may be the neuronal mechanism behind loss aversion.

The reward-attraction function model

The reward attraction function seems to be the basic mechanisms of the prospect theory.

It seems that educed connection between implication and reward. The strength will be produced according to the learning rules of

Neural network two paths implications.jpg

Elements Influencing ENN

FFFF and exploitation will heighten the threshold for using paths, therefore only strongest path will be used. If there aren't very strong paths available, no path will be selected, and the decision making system will freeze. The strongest path will be produced by conducting more repetitions in this path relative to other paths. PFC and exploration on the other side of the scale will reduce the threshold, and therefore will enable a larger variety of options. the option that will be selected will be the one with the most rewards in non-self control mode. In self-control mode, a grater rewards in the future will be preferred to immediate high rewards.

RPE will produce lower the threshold even more, which will result even higher diversity in the paths.

Inducing changes in the Threshold of the Paths

When a person is in a feeling of threat, it will activate FFFF, that will lower the threshold. Any attack on the ego, can produce feeling of attack.

See Also

social decision making model