p and ISRT
p EWMA control charts for
p = 0.05, Table 7.3 Comparison of the PEWMA chart, the Shewhart
c ‐chart, and Gan's EWMA ...Table 7.4 The example data of 40 batches of raw material.Table 7.5 Conditional run length performance of the PEWMA chart with

.Table 7.6 The one‐sided control charting constant for geometric EWMA chart.Table 7.7 ANOS values of negative binomial EWMA chart for
p 0= 0.001,
r = 2 an...Table 7.8 Charting constant
L for COM–Poisson EWMA chart at ARL 0=200.Table 7.9 ARL for the COM–Poisson distribution at ARL 0=200 and
ν = 0.5....Table 7.10 Observed nonconformities in 26 samples of circuit boards.Table 7.11 Comparison of ARLs of control charts with respect to both in‐contr...Table 7.12 ANIS profile upper‐sided geometric Shewhart, geometric CUSUM, Bern...Table 7.13 ARL values of binomial MA control chart based on
p = 0.20 and
n = 1...Table 7.14 ARL profiles for Poisson moving average versus
c‐ charts for a...Table 7.15 Optimal design parameters and minimum ARL 1for DMAZIB chart for
p 0
8 Chapter 8Table 8.1 ARL 1for the MP control chart with p = 2.Table 8.2 Data set of telecommunication consists of 52 samples from Jiang et ...Table 8.3 ARL 1values of the MCP chart at various dispersion levels
, p = 2,...Table 8.4 Control limit ( H ) of MPEWMA chart to achieve ARL 0= 200.Table 8.5 ARL values of MP‐CUSUM chart with ρ = 0.
1 Chapter 1 Figure 1.1 A typical control chart. Figure 1.2 Standard normal curve. Figure 1.3 Standard normal curve. Figure 1.4 Standard normal curve. Figure 1.5 Standard normal curve. Figure 1.6 Plotting of typical control chart.
2 Chapter 2 Figure 2.1 The p ‐chart for the number of defective tires in tire manufacturi...Figure 2.2 The OC curve for tire manufacturing plant process with LCL = 0, U...Figure 2.3 The c ‐chart for the number of nonconformities per 1000 m in telep...Figure 2.4 The c ‐chart for the number of nonconformities per 1000 m in telep...Figure 2.5 The u ‐chart for the number of imperfection in paper mill producti...Figure 2.6 The g ‐chart for the total number of orders on five trucks.Figure 2.7 Power curve for T ‐chart at n = 10 and v = 1.5.
3 Chapter 3Figure 3.1
chart of net weight (in ounce) of a dry bleach product.Figure 3.2 R chart for the net weight (in ounce) of a dry bleach product.Figure 3.3 Repetitive group sampling scheme procedure (Ahmad, Aslam, & Jun, ...Figure 3.4 S ‐chart for net weight (in ounce) of a dry bleach product data.Figure 3.5
chart using estimate
for net weight (in ounce) of a dry bleac...Figure 3.6 The
control chart for the simulated data.
4 Chapter 4Figure 4.1 Proposed control chart for the example (Aslam, Nazir, et al., 201...Figure 4.2 Proposed control chart for simulated data (Aslam, Nazir, et al., ...Figure 4.3 Existing control chart for simulated data (Aslam, Nazir, et al., ...Figure 4.4 Proposed control chart for simulated data (Aslam et al., 2016).Figure 4.5 Control chart by Saghir and Lin (2014) for simulated data (Aslam ...Figure 4.6 Proposed control chart for the circuit board data when i = 2, k 1...Figure 4.7 Proposed control chart for the simulated data (Aslam et al., 2017...Figure 4.8 Shewhart control chart for the simulated data (Aslam et al., 2017...
5 Chapter 5Figure 5.1 EWMA control chart for λ = 0.1.Figure 5.2 EWMA control chart for λ = 0.3.Figure 5.3 EWMA control chart for λ = 0.5.Figure 5.4 ARL 1for the proposed and existing chart for normal distance for Figure 5.5 ARL 1for the proposed and existing chart for normal distance for Figure 5.6 ARL 1for the proposed and existing chart for normal distance for Figure 5.7 ARL 1for the proposed and existing chart for t ‐distance for n = 5...Figure 5.8 ARL 1for the proposed and existing chart for t ‐distance for n = 5...Figure 5.9 EWMA sign chart for RGS for n = 10.Figure 5.10 EWMA sign chart for SS for n = 10.Figure 5.11 HEWMA control chart using repetitive sampling for simulated data...Figure 5.12 HEWMA control chart using SS for simulated data.
6 Chapter 6Figure 6.1 The scheme of double sampling plan introduced by Croasdale (1974)...Figure 6.2 The scheme of DS plan introduced by Daudin (1992) (Irianto & Juli...Figure 6.3 Graphical representation of the RGS scheme (Adeoti & Olaomi, 2018...Figure 6.4 RGS control chart for calorific values (Ahmad, Aslam, & Jun, 2014...Figure 6.5 RGS control chart for moisture content (Ahmad et al., 2014).Figure 6.6 RGS control chart for ash content (Ahmad et al., 2014).Figure 6.7 RGS control chart for the hypothetical data (Khan et al., 2017)....Figure 6.8 RGS control chart for the urinary tract infection from Santiago a...Figure 6.9 Control chart for simulated data (Aslam, Khan, Ahmad, Jun, & Huss...
7 Chapter 7Figure 7.1 The Poisson EWMA chart for the raw material of a process.Figure 7.2 The COM–Poisson EWMA chart for the number of defective in circuit...Figure 7.3 ARL curves based on Poisson CUSUM chart and c‐ chart for (a)...Figure 7.4 Reference value ( h ) versus ANOS values for the COM–Poisson CUSUM ...
8 Chapter 8Figure 8.1 The MP chart for the telecommunication data of bivariate counting...Figure 8.2 The MCP chart for the telecommunication data of bivariate countin...
1 Cover
2 Table of Contents
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