225 reputation
19
bio website
location Germany
age 25
visits member for 1 year, 6 months
seen Jul 20 at 14:21

Computer Science Student in Germany


Jul
2
revised How to prove that $f:\left]-5,5\right[\to \left[0,1\right], \ x\mapsto e^{-x^2}$ is surjective?
a bit better title
Jul
2
awarded  Curious
Jan
7
awarded  Yearling
Dec
18
accepted Binary Decision Diagram of $(A\Rightarrow C)\wedge (B\Rightarrow C)$?
Sep
2
accepted Cumulative distribution function, integration problem
Sep
2
comment Cumulative distribution function, integration problem
@StefanHansen thanks very much this was very helpful. I think actually this is the best solution. If you posted it as answer i would accept.
Sep
2
comment Cumulative distribution function, integration problem
Oh, thanks now I get it. This is actually one of the three characteristic of continuous CDF.
Sep
2
comment Cumulative distribution function, integration problem
could you please explain the case $x>3$ why is it 1 ?
Sep
2
comment Cumulative distribution function, integration problem
could you please explain a bit more the case $x>3$ why is it 1 ?
Sep
2
asked Cumulative distribution function, integration problem
Jun
29
accepted What is $\sum\ln{(x_i!)}$?
Jun
26
answered What is $\sum\ln{(x_i!)}$?
Jun
26
comment What is $\sum\ln{(x_i!)}$?
Thanks for the answer, so that means that i can just leave it and go on and do the derivation, then i get: $-n+\frac{1}{\lambda}\sum x_i$
Jun
26
revised What is $\sum\ln{(x_i!)}$?
edited title
Jun
26
asked What is $\sum\ln{(x_i!)}$?
May
30
awarded  Tumbleweed
May
13
awarded  Caucus
May
13
accepted Logical Conjunction of Binary Decision Diagrams
May
13
answered Logical Conjunction of Binary Decision Diagrams
May
8
comment Binary Decision Diagram of $(A\Rightarrow C)\wedge (B\Rightarrow C)$?
I just realized there is a small mistake. It should be $(A\Rightarrow C)\wedge (B\Rightarrow C)$, could you correct it ?