Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
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Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
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Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#2Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#3Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#4Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
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Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#6cant read this article without "upgrading". no i dont want to "upgrade". can we downrank Medium until they stop doing bullshit like this? (yes towardsdatascience is a well known data publication, would love to push them gently into moving off medium)
Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#7The specific scenario they're modeling here, where a bunch of samples with correlated properties x and y are clustered by x + y, essentially takes a strip of datapoints that are distributed over a diagonally-oriented rectangle, and then cuts it into a series of shorter strips, by cutting at thresholds (lines where x+y=n) that run along the opposite diagonal. If the resulting short strips are narrow enough (if the upper and lower thresholds are closer together than that degree to which x and y typically differ), they will be rectangles oriented the other way - in other words they will represent groups with strong negative correlation.
Re: Brilliant jerks, crazy hotties, and other artifacts of range restriction (2019)
#8There's an interesting geometric interpretation that this implies: The specific scenario they're modeling here, where a bunch of samples with correlated properties x and y are clustered by x + y , essentially takes a strip of datapoints that are distributed over a diagonally-oriented rectangle, and then cuts it into a series of shorter strips, by cutting at thresholds (lines where x+y=n) that run along the opposite d…