Difference between revisions of "Leveraging Algorithm"
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| − | '''Leveraging Algorithm''' is an algorithm which combines the output of multiple weaker learning algorithms to create a stronger whole. While it not a required part of the definition, they often apply a weighting to the different outputs of the | + | A '''Leveraging Algorithm''' is an algorithm which combines the output of multiple weaker learning algorithms to create a stronger whole. While it is not a required part of the definition, they often apply a weighting to the different outputs of the weaker algorithms. |
== Boosting == | == Boosting == | ||
{{Wikipedia|Boosting}} | {{Wikipedia|Boosting}} | ||
| − | A leveraging | + | A leveraging algorithm is considered to be a '''Boosting Algorithm''' when it also satisfies the condition of being a provable boosting algorithm in the [[wikipedia:probably approximately correct learning|probably approximately correct learning]] formulation. Various well-proven boosting algorithms such as [[wikipedia:AdaBoost|AdaBoost]] and [[wikipedia:LogitBoost|LogitBoost]] exist, but none are yet known to be known to have be used in Robocode. It has been speculated that it may be a new way to possibly improve robot performance. |
== Leveraging Algorithms in Robocode == | == Leveraging Algorithms in Robocode == | ||
| − | While well-known boosting algorithms are not known to have been applied to [[Robocode]], various forms of leveraging algorithms have been in use for a very long time. Some of | + | While well-known boosting algorithms are not known to have been applied to [[Robocode]], various forms of leveraging algorithms have been in use for a very long time. Some of these may actually count as boosting, but this is unknown currently. |
=== Virtual Guns === | === Virtual Guns === | ||
Latest revision as of 14:36, 12 August 2009
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A Leveraging Algorithm is an algorithm which combines the output of multiple weaker learning algorithms to create a stronger whole. While it is not a required part of the definition, they often apply a weighting to the different outputs of the weaker algorithms.
Contents
Boosting
A leveraging algorithm is considered to be a Boosting Algorithm when it also satisfies the condition of being a provable boosting algorithm in the probably approximately correct learning formulation. Various well-proven boosting algorithms such as AdaBoost and LogitBoost exist, but none are yet known to be known to have be used in Robocode. It has been speculated that it may be a new way to possibly improve robot performance.
Leveraging Algorithms in Robocode
While well-known boosting algorithms are not known to have been applied to Robocode, various forms of leveraging algorithms have been in use for a very long time. Some of these may actually count as boosting, but this is unknown currently.
Virtual Guns
- Main article: Virtual Guns
The Virtual Guns system is a very primitive leveraging algorithm, which simply picks only the output of the algorithm that has given the most accurate output so far. It has been in use in Robocode for a very long time and has proven useful for purposes such as the set of targeting techniques.
Crowd Targeting
- Main article: Crowd Targeting
The exact definition of Crowd Targeting is somewhat uncertain. It is often used to describe any leveraging algorithm which sums the outputs of multiple other algorithm, possibly with some weighting. It has on the other hand also been argued to only be a term that applies when no such weighting is done and the raw outputs are summed.
To be written
Others
To be written
