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May
21
comment Multiplication and Division of functions
@iostream007 can you please point me to a textbook or online lecture notes?
May
15
comment How should we study maths?
Depends on what you need/want to do and how soon. If for work and you need to know something ASAP - then any means nessacary.
May
15
asked Multiplication and Division of functions
Dec
31
awarded  Benefactor
Dec
31
awarded  Scholar
Dec
31
accepted Kernel density estimation for heavy-tailed distributions using the champernowne transformation
Dec
30
awarded  Commentator
Dec
30
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
is that the same as $$ f_X \left( x \right) = f_Y \left( T \left( x \right) \right) t \left( \left. x \right) \right. $$ in the other notation?
Dec
30
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
thanks. I have been using trail and error for the Latex.
Dec
28
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
okay I'll try that one. Thank you.
Dec
27
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
I deem this as the best answer so far. Thanks. I am still trying to understand the "relation between two densities" reference. I will try again tomorrow with a fresh head. I will also try to find it on Wolfram Mathworld - I have previously come across misinformation on with Wikipedia.
Dec
27
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
Has saradi's answer been voted down? Why?
Dec
27
comment The difference between $L_1$ and $L_2$ norm?
@Carlos, I don't know.
Dec
26
answered The difference between $L_1$ and $L_2$ norm?
Dec
26
comment Kernel density estimation for heavy-tailed distributions using the champernowne transformation
I have started a bounty. If the question gets more up-votes, I will increase the bounty because I will have more reputation to give. Each up-vote gives me 5 points and the next bounty increment is an increase by 50 points. Therefore, if I get ~10 up votes, I will increase the bounty to 100 points. With even more up-votes, I will make a greater bounty.
Dec
26
awarded  Promoter
Dec
24
revised Studying Math, All Over Again
Added a personal experience.
Dec
24
answered Studying Math, All Over Again
Dec
24
awarded  Teacher
Dec
24
answered Forecasting Lottery