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Пишет D. Kaledin (![[info]](http://lj.rossia.org/img/userinfo.gif){kind=small} kaledin) |
Да в вики, например.
Benford's law tends to apply most accurately to data that span several orders of magnitude. As a rule of thumb, the more orders of magnitude that the data evenly covers, the more accurately Benford's law applies. For instance, one can expect that Benford's law would apply to a list of numbers representing the populations of UK settlements. But if a "settlement" is defined as a village with population between 300 and 999, then Benford's law will not apply.
Там, как я понимаю, речь о тысячах и десятках тысяч (два порядка всего лишь). Впрочем, подробно не смотрел, надоело.
Benford's law tends to apply most accurately to data that span several orders of magnitude. As a rule of thumb, the more orders of magnitude that the data evenly covers, the more accurately Benford's law applies. For instance, one can expect that Benford's law would apply to a list of numbers representing the populations of UK settlements. But if a "settlement" is defined as a village with population between 300 and 999, then Benford's law will not apply.
Там, как я понимаю, речь о тысячах и десятках тысяч (два порядка всего лишь). Впрочем, подробно не смотрел, надоело.
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