Difference between revisions of "Scale-free"
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Scale, or physical scales can happen on a nano meter, nano second physical scale, or at an astronomical distance or hundred million years in scale. The nature of decisions are [[scale-free]]. | Scale, or physical scales can happen on a nano meter, nano second physical scale, or at an astronomical distance or hundred million years in scale. The nature of decisions are [[scale-free]]. | ||
In data-intensive applications, [[scale-free]] is an important design condition, one good example of [[scale-free]] software design is the [[World Wide Web]]. | |||
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=References= | |||
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==Related Pages== | |||
[[logicall related::World Wide Web]] | |||
[[Category:Meta physics]] | [[Category:Meta physics]] | ||
[[Category:Scale]] | [[Category:Scale]] | ||
[[Category:Scale-free]] | [[Category:Scale-free]] | ||
[[Category:Invariance]] | |||
[[Category:Tensor]] | |||
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Latest revision as of 04:41, 26 February 2022
Scale, or physical scales can happen on a nano meter, nano second physical scale, or at an astronomical distance or hundred million years in scale. The nature of decisions are scale-free.
In data-intensive applications, scale-free is an important design condition, one good example of scale-free software design is the World Wide Web.
References