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@ -32,11 +32,11 @@ My Brier score is 0.0755985. The significant digits become relevant later.
## 2. How do I compare to a some simple regression models?
I created four simple linear regression models and interpret their output as probability. I also consider a really really dumb predictor, for comparison purposes.
- 1. The first one regresses the binary outcome (1 if true, 0 if false) on the variables 3,4,7 and 10 outlined in the set up. That is, I consider the type of question, whether it was homework, normal or part of an exam, my score in the BDC and whether it was the first try or not.
- 2. The second includes all the data outlined in the set up, except my subjective probability. Or, in other words, all the above + {Hunch, Somewhat confident, Confident, Very confident, Incredibly Confident} as factors.
- 3. The third only regresses binary outcome on my subjective probability.
- 4. The fourth includes all the numerical factors outlined in the setup.
- 5. The fifth model is really dumb, and just outputs as a probability my total base rate. There were 505 questions, I got 451 right, so it outputs a probability of 451/505 every time. If it only gets partial data, it calculates the base rate for the data it has, and always predicts that afterwards.
1. The first one regresses the binary outcome (1 if true, 0 if false) on the variables 3,4,7 and 10 outlined in the set up. That is, I consider the type of question, whether it was homework, normal or part of an exam, my score in the BDC and whether it was the first try or not.
2. The second includes all the data outlined in the set up, except my subjective probability. Or, in other words, all the above + {Hunch, Somewhat confident, Confident, Very confident, Incredibly Confident} as factors.
3. The third only regresses binary outcome on my subjective probability.
4. The fourth includes all the numerical factors outlined in the setup.
5. The fifth model is really dumb, and just outputs as a probability my total base rate. There were 505 questions, I got 451 right, so it outputs a probability of 451/505 every time. If it only gets partial data, it calculates the base rate for the data it has, and always predicts that afterwards.
Here is a table: