Displaying 4 results from an estimated 4 matches for "nbrefoissim".
2020 Oct 09
1
Aide pour finaliser ce code
...s n?gatives sont remplac?es par zero
a=eigen(M,TRUE)
b=a$values
b[b<0]=0
c=a$vectors
d=diag(sqrt(b))
b=solve(c)
a=c%*%d%*%b
return(a)
}
# d?claration des parametres
m1=0.01 # valeur de alpha (risque de 1%)
m2=0.05 # valeur de alpha (risque de 5%)
m3=0.1 # valeur de alpha (risque de 10%)
nbrefoissim=100 # nbrefois que le programme tourne
p=2 #dimension de la variable X
q=3 #dimension de la variable Y
R=c(2,3,2);# Nbre de partition de chaque composante de la variable Y
if(length(R) != q) stop("La taille de R doit ?tre ?gale ? q")
n=25 # Taille echantillon
N=c(25,50,100,200,300,400,500...
2020 Oct 10
3
Please need help to finalize my code
...ues are replaced by zero
14 a=eigen(M,TRUE)
15 b=a$values
16 b[b<0]=0
17 c=a$vectors
18 d=diag(sqrt(b))
19 b=solve(c)
20 a=c%*%d%*%b
21 return(a)
22 }
23 # declaration of parameters
24 m1=0.01 # alpha value (1% risk)
25 m2=0.05 # alpha value (5% risk)
26 m3=0.1 # alpha value (10% risk)
27 nbrefoissim=100 # # times the program is running
28 p=3 #dimension of variable X
29 q=3 #dimension of variable Y
30 R=c(5,4,3);# Number of partition of each component of variable Y
31 if(length(R) != q) stop("The size of R must be equal to q")
32 n=25 # Sample size
33 N=c(25,50,100,200,300,400,500,10...
2020 Oct 13
1
Please need help to finalize my code
...[b<0]=0
> 17 c=a$vectors
> 18 d=diag(sqrt(b))
> 19 b=solve(c)
> 20 a=c%*%d%*%b
> 21 return(a)
> 22 }
>
>
> 23 # declaration of parameters
> 24 m1=0.01 # alpha value (1% risk)
> 25 m2=0.05 # alpha value (5% risk)
> 26 m3=0.1 # alpha value (10% risk)
> 27 nbrefoissim=100 # # times the program is running
> 28 p=3 #dimension of variable X
> 29 q=3 #dimension of variable Y
> 30 R=c(5,4,3);# Number of partition of each component of variable Y
> 31 if(length(R) != q) stop("The size of R must be equal to q")
> 32 n=25 # Sample size
> 33 N=...
2020 Oct 13
0
Please need help to finalize my code
...))
> > 19 b=solve(c)
> > 20 a=c%*%d%*%b
> > 21 return(a)
> > 22 }
> >
> >
> > 23 # declaration of parameters
> > 24 m1=0.01 # alpha value (1% risk)
> > 25 m2=0.05 # alpha value (5% risk)
> > 26 m3=0.1 # alpha value (10% risk)
> > 27 nbrefoissim=100 # # times the program is running
> > 28 p=3 #dimension of variable X
> > 29 q=3 #dimension of variable Y
> > 30 R=c(5,4,3);# Number of partition of each component of variable Y
> > 31 if(length(R) != q) stop("The size of R must be equal to q")
> > 32 n=25...