Libniz
X is the random variable input, and is uniform on [−20, 20]. This
is input to an“amplitude limiter”, whose output, a new random variable Y , relates to the input X as
follows:
Delete
Share
This Question is Closed
Libniz
Best Response
You've already chosen the best response.
0
Libniz
Best Response
You've already chosen the best response.
0
f_x(x)
x= 1/40 -20<x<20
0 otherwise
Libniz
Best Response
You've already chosen the best response.
0
|dw:1351387790890:dw|
Libniz
Best Response
You've already chosen the best response.
0
|dw:1351387854993:dw|
Libniz
Best Response
You've already chosen the best response.
0
@swissgirl
swissgirl
Best Response
You've already chosen the best response.
0
lol I just started the course this past week. I seriously dont know anything abt this
Libniz
Best Response
You've already chosen the best response.
0
F(y)=P(Y<=y)= P(x<-5) y<-5
F_x(y)-F_x(0) -5 <y<5
1 y>5
Libniz
Best Response
You've already chosen the best response.
0
@joemath314159
Libniz
Best Response
You've already chosen the best response.
0
Is this site really hopeless?
Libniz
Best Response
You've already chosen the best response.
0
@CliffSedge ,@UnkleRhaukus
CliffSedge
Best Response
You've already chosen the best response.
0
I can refer you to some basic stats principles at stattrek.com
CliffSedge
Best Response
You've already chosen the best response.
0
This looks like the kind that might involve some calculus, though.
It is uniform, so might allow for simplification.
Libniz
Best Response
You've already chosen the best response.
0
@Zarkon