Fig 1.
k regions upward VSI RS MCV chart with its corresponding scores and probabilities.
Fig 2.
k regions downward VSI RS MCV chart with its corresponding scores and probabilities.
Table 1.
Optimal parameters of the upward VSI RS MCV chart in minimizing ATS(τ) when = 200 and v = 2.
Table 2.
Optimal parameters of the downward VSI RS MCV chart in minimizing ATS(τ) when = 200 and v = 2.
Table 3.
Optimal parameters of the upward VSI RS MCV chart in minimizing ATS(τ) when = 500 and v = 2.
Table 4.
Optimal parameters of the downward VSI RS MCV chart in minimizing ATS(τ) when = 500 and v = 2.
Table 5.
Optimal parameters of the VSI RS MCV chart in minimizing when>.
Table 6.
ATS(τ) values for the upward MCV, RS MCV and VSI RS MCV charts for different n, ,
and G values.
Table 7.
ATS(τ) values for the downward MCV, RS MCV and VSI RS MCV charts for different n, ,
and G values.
Table 8.
values of the upward and downward MCV, RS MCV and VSI RS MCV charts for different n,
,
and G values.
Table 9.
SDTS(τ) values of the upward MCV, RS MCV and VSI RS MCV charts for different n, ,
and G values.
Table 10.
SDTS(τ) values of the downward MCV, RS MCV and VSI RS MCV charts for different n, ,
and G values.
Table 11.
Phase-I dataset for the example.
Table 12.
Phase-II dataset for the example.
Fig 3.
Implementation of the upward VSI RS MCV chart.
Fig 4.
Implementation of the downward VSI RS MCV chart.