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=Fischer's Information=
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''By Ayush Krishnamony and Kyle Nematz''
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1. [[Introduction to Fischer's Thereom]]
 
1. [[Introduction to Fischer's Thereom]]
  
 
2. [[Definitions and statistical formulas]]<br />
 
2. [[Definitions and statistical formulas]]<br />
  
3. Proof of Fischer's Information<br />
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3. [[Proof of Fischer's Information]]<br />
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4. [[Fisher Information and Frequentist Statistics]]<br />
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5. [[Bayesian Statistics]]<br />
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6. [[Fishers Information and Jeffrey's Prior]]<br />
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7. [[Conclusion to Fisher's Information]]<br />
  
4. Worked out solution using Fischer's information<br />
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8. [[More Sources]]<br />
  
5. (insert here Kyle)<br />
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9. [[Bibliography]]
  
6. ([[Fisher Information and Frequentist Statistics]]<br />
 
  
7. (insert here Kyle)<br />
 
  
8. (insert here Kyle)<br />
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[[Category:MA271Fall2020Walther]]

Latest revision as of 22:38, 6 December 2020

Fischer's Information

By Ayush Krishnamony and Kyle Nematz

1. Introduction to Fischer's Thereom

2. Definitions and statistical formulas

3. Proof of Fischer's Information

4. Fisher Information and Frequentist Statistics

5. Bayesian Statistics

6. Fishers Information and Jeffrey's Prior

7. Conclusion to Fisher's Information

8. More Sources

9. Bibliography

Alumni Liaison

Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

Dr. Paul Garrett