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#1
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[ QUOTE ]
[ QUOTE ] Traditional risk of ruin says, for a 300 bet bankroll: ror = exp(-2*w*b/s^2) = exp(-2*1.5*300/289) = 4.44% This is the risk of ruin if your TRUE win rate is 1.5 bb/100 and your TRUE standard deviation is 17 bb/100. [/ QUOTE ] On what basis do you use standard deviation to predict what will happen a future sittings at a poker table? [/ QUOTE ] <montypython>It's only a model.</montypython> |
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#2
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[ QUOTE ]
[ QUOTE ] [ QUOTE ] Traditional risk of ruin says, for a 300 bet bankroll: ror = exp(-2*w*b/s^2) = exp(-2*1.5*300/289) = 4.44% This is the risk of ruin if your TRUE win rate is 1.5 bb/100 and your TRUE standard deviation is 17 bb/100. [/ QUOTE ] On what basis do you use standard deviation to predict what will happen a future sittings at a poker table? [/ QUOTE ] <montypython>It's only a model.</montypython> [/ QUOTE ] How about next time you guys come up with a model you do so for poker, and not some imaginary game? |
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