jfan wrote:We came close to Butler at their place, so I don't think that is a definitely. Nova is a definitely (Unless we channel our inner 2014). 4-5 wins likely and a fight with Marquette for last.
Edrick wrote:jfan wrote:We came close to Butler at their place, so I don't think that is a definitely. Nova is a definitely (Unless we channel our inner 2014). 4-5 wins likely and a fight with Marquette for last.
Pet peeve alert. I know, I'm sorry. Why do people do that? Every team in the country or that has ever existed has a whole continuum of performances throughout a year. Some like Kentucky range from the best team to ever play college basketball to a team that's probably around 15th this season. Because this sort of range makes results stochastic using a simple transitive property of "well this game ended this way, so this...." is useless for projection.
It simply doesn't work that way. An individual game is an intersection of two nearly infinite possibility distributions on a given day. How we define "best" is by assessing those teams if their distributions intersected right at both of their 50% points. And because you've all taken statistics, you understand the normal distribution curve makes that sensible.
So back to the original point. Analyzing Butler's performance vs Creighton and using it to cast the future is as sensible as taking Providence's game with Brown, they reside at similar spots on each's range of possibilities. You don't even need to do any work, Pomeroy gives you results at the 50% spot adjusted for location.
Large numbers > small numbers
/end pet peeve rant
Edrick wrote:jfan wrote:We came close to Butler at their place, so I don't think that is a definitely. Nova is a definitely (Unless we channel our inner 2014). 4-5 wins likely and a fight with Marquette for last.
Pet peeve alert. I know, I'm sorry. Why do people do that? Every team in the country or that has ever existed has a whole continuum of performances throughout a year. Some like Kentucky range from the best team to ever play college basketball to a team that's probably around 15th this season. Because this sort of range makes results stochastic using a simple transitive property of "well this game ended this way, so this...." is useless for projection.
It simply doesn't work that way. An individual game is an intersection of two nearly infinite possibility distributions on a given day. How we define "best" is by assessing those teams if their distributions intersected right at both of their 50% points. And because you've all taken statistics, you understand the normal distribution curve makes that sensible.
So back to the original point. Analyzing Butler's performance vs Creighton and using it to cast the future is as sensible as taking Providence's game with Brown, they reside at similar spots on each's range of possibilities. You don't even need to do any work, Pomeroy gives you results at the 50% spot adjusted for location.
Large numbers > small numbers
/end pet peeve rant
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