| shroArlPfaCed | R Documentation |
Average Run Length, the Probability of False Alarm and the Conditional Expected Delay, given that the alarm is given after the change-point for Normal and Poisson cases
shroArlPfaCedNorm(mean0 = 0, mean1 = NA, sd = 1, n = 10,
delta = 1, tau = NA, N = 100, limit = 10000,
seed = NA, w = 19, printSummary = TRUE)
shroArlPfaCedPois(lambda0 = 10, lambda1 = NA, delta = 1,
tau = NA, N = 100, limit = 10000, seed = NA,
w = 19, printSummary = TRUE)
mean0 |
value of the mean of a normal distributed process |
mean1 |
optional value of the mean after a shift in a normal process,
ignored if |
sd |
standard deviation of a normal distributed process |
n |
sample size |
lambda0 |
mean of a Poisson distributed process |
lambda1 |
optional value of the mean after a shift in a Poisson process,
ignored if |
delta |
value of the shift from |
tau |
location of the point of change in the process parameter
|
N |
the number of replicates |
limit |
safety parameter, stop rule for procedures with very long ARL |
seed |
a single value, interpreted as an integer. If specified make the simulation replicable. |
w |
Shiryayev-Roberts statistics used as the stopping threshold |
printSummary |
logical, if |
a list with elements:
rls |
a numeric vector representing the Run Length of the simulation |
statistics |
a numeric vector with summary statistics |
run |
a list of length |
Daniele Amberti
Kenett, R., Zacks, S. with contributions by Amberti, D. Modern Industrial Statistics: with applications in R, MINITAB and JMP. Wiley.
shroArlPfaCedNorm(mean0=10,
sd=3,
n=5,
delta=0.5,
tau=10,
w=99,
seed=123)
shroArlPfaCedPois(lambda0=5,
delta=0.5,
tau=10,
w=99,
seed=123)
shroArlPfaCedNorm(mean0=15,
sd=3,
n=5,
delta=0.5,
tau=NA,
w=99,
seed=123)
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