Difference between revisions of "Coherent Aggregated Volition"

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==The concept==
 
==The concept==
First, the author defends that we must treat goals and beliefs together, as a single concept, which he calls ''gobs'' (and ''gobses'' for the plural). Each agent thus can have several ''gobs'', logically consistent or not. As a way to measure how much these ''gobs'' are distant to each other, the term ''gobs metric'' is used - the persons or AGI could agree, with various degrees, on several metrics, but it seems probable that this individual's metrics would differ less than their ''gobses''.
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The author starts by defending that we must treat goals and beliefs together, as a single concept, which he calls ''gobs'' (and ''gobses'' for the plural). Each agent thus can have several ''gobs'', logically consistent or not. As a way to measure how much these ''gobs'' are distant to each other, the term ''gobs metric'' is used - the persons or AGI could agree, with various degrees, on several metrics, but it seems probable that this individual's metrics would differ less than their ''gobses''.
  
Given a population of intelligent agents with different ''gobses'', we could then try to find a single ''gobs'' that maximizes logical consistency, compactness, similarity to the different ''gobses'' in the population and amount of evidence supporting these beliefs. This "multi-extremal optimization algorithm" is what the author calls Coherent Aggregated Volition.
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Then, given a population of intelligent agents with different ''gobses'', we could then try to find a single ''gobs'' that maximizes logical consistency, compactness, similarity to the different ''gobses'' in the population and amount of evidence supporting these beliefs. This "multi-extremal optimization algorithm" is what he calls Coherent Aggregated Volition. The term expresses the attempt to achieve both coherence and an aggregation of the population volitions.
  
 
==CEV and CAV==
 
==CEV and CAV==

Revision as of 01:01, 3 October 2012

Coherent Aggregated Volition is Ben Goertzel's response to Eliezer Yudkowsky's Coherent Extrapolated Volition. CAV would be a combination of the goals and beliefs of humanity at the present time.

The author considers the "extrapolation" aspect of CEV as distorting the concept of volition and to be highly uncertain. He considers that if the person whose volition is being extrapolated has some inconsistent aspects (which is tipically human), then there could be a great variety of possible extrapolations. The problem would then be which version of this extrapolated human to choose, or how to aggregate them, which would be very difficult to achieve.

Coherent Aggregated Volition is presented as simpler than his interpretation of CEV, and intended to be easier to formalize and prototype in the foreseeable future. CAV is not, however, intended to answer the question of Friendly AI, although Goertzel claims CEV is possibly not the answer as well.

The concept

The author starts by defending that we must treat goals and beliefs together, as a single concept, which he calls gobs (and gobses for the plural). Each agent thus can have several gobs, logically consistent or not. As a way to measure how much these gobs are distant to each other, the term gobs metric is used - the persons or AGI could agree, with various degrees, on several metrics, but it seems probable that this individual's metrics would differ less than their gobses.

Then, given a population of intelligent agents with different gobses, we could then try to find a single gobs that maximizes logical consistency, compactness, similarity to the different gobses in the population and amount of evidence supporting these beliefs. This "multi-extremal optimization algorithm" is what he calls Coherent Aggregated Volition. The term expresses the attempt to achieve both coherence and an aggregation of the population volitions.

CEV and CAV

See also

References