Table 5.

Comparative Analysis of the proposed AAEWMA CV chart one-sided increase CV shift RL profile for $AR{L}_0\cong 370$.

	Comtive study between existing AEWMA CV & Proposed AAEWMA CV one-sided increase CV shift with $\psi$ $=0.1,$ $\mathfrak{h}$ = 0.6125 & $\mathfrak{h}$ = 0.1946
		Existing AEWMA CV ${\gamma }_0=0.10$				Proposed AAEWMA CV ${\gamma }_0=0.10$				Existing AEWMA CV ${\gamma }_0=0.20$				Proposed AAEWMA CV ${\gamma }_0=0.20$
		$n=3$	$n=5$	$n=8$	$n=10$	$n=3$	$n=5$	$n=8$	$n=10$	$n=3$	$n=5$	$n=8$	$n=10$	$n=3$	$n=5$	$n=8$	$n=10$
1.00	${\mathit{ARL}}_0$	370.57	370.41	370.57	370.34	370.74	370.34	370.93	370.47	370.28	370.57	370.42	370.81	370.92	370.71	370.82	370.12
	$SDR{L}_0$	423.46	417.90	424.97	412.50	470.55	467.07	470.32	470.15	413.34	423.08	413.30	418.89	467.89	461.82	468.22	464.40
1.05	${\mathit{ARL}}_1$	120.00	84.12	61.64	52.34	100.13	67.18	48.71	41.28	121.53	86.97	63.54	54.04	101.28	69.14	50.44	42.74
	$SDR{L}_1$	132.29	91.07	65.79	55.38	117.48	77.00	54.53	45.94	132.70	93.87	67.21	55.95	119.95	79.24	56.57	47.71
1.10	${\mathit{ARL}}_1$	57.86	36.08	23.95	19.69	47.27	29.08	18.85	15.84	59.11	37.61	24.97	20.74	48.03	29.88	19.84	16.34
	$SDR{L}_1$	62.27	38.58	24.67	20.42	54.18	32.70	20.75	17.43	63.10	38.99	26.17	21.48	55.10	33.61	22.07	17.86
1.20	${\mathit{ARL}}_1$	23.05	12.73	7.97	6.19	19.24	10.70	6.72	5.59	23.38	13.43	8.22	6.65	19.43	11.13	7.10	5.85
	$SDR{L}_1$	24.77	13.84	8.58	6.46	22.08	11.97	6.91	5.53	25.23	14.50	8.80	7.00	22.45	12.35	7.40	5.83
1.30	${\mathit{ARL}}_1$	12.43	6.67	4.07	3.30	10.73	5.98	3.82	3.16	12.82	7.02	4.28	3.48	10.97	6.22	4.01	3.32
	$SDR{L}_1$	13.78	7.25	4.07	3.14	12.18	6.22	3.49	2.70	14.08	7.62	4.30	3.30	12.33	6.53	3.75	2.89
1.40	${\mathit{ARL}}_1$	7.95	4.28	2.68	2.27	7.12	4.01	2.67	2.27	8.20	4.48	2.85	2.33	7.40	4.16	2.79	2.36
	$SDR{L}_1$	8.83	4.36	2.37	1.87	7.83	3.86	2.14	1.69	9.05	4.71	2.55	1.94	8.06	4.07	2.30	1.78
1.50	${\mathit{ARL}}_1$	5.68	3.11	2.07	1.77	5.28	3.06	2.08	1.79	5.87	3.26	2.15	1.85	5.37	3.18	2.18	1.88
	$SDR{L}_1$	6.23	2.99	1.63	1.26	5.57	2.73	1.51	1.16	6.42	3.12	1.72	1.36	5.72	2.82	1.62	1.26
1.60	${\mathit{ARL}}_1$	4.40	2.48	1.72	1.49	4.18	2.49	1.76	1.54	4.54	2.59	1.79	1.56	4.31	2.58	1.82	1.61
	$SDR{L}_1$	4.64	2.20	1.20	0.92	4.26	2.03	1.14	0.87	4.83	2.30	1.28	1.02	4.36	2.13	1.21	0.96
1.70	${\mathit{ARL}}_1$	3.58	2.09	1.49	1.33	3.51	2.12	1.55	1.38	3.76	2.20	1.55	1.38	3.58	2.21	1.61	1.43
	$SDR{L}_1$	3.60	1.70	0.93	0.70	3.42	1.59	0.90	0.68	3.79	1.82	1.01	0.78	3.43	1.68	0.96	0.74
1.80	${\mathit{ARL}}_1$	3.06	1.83	1.36	1.22	2.99	1.89	1.40	1.27	3.19	1.93	1.41	1.26	3.08	1.95	1.45	1.31
	$SDR{L}_1$	2.98	1.34	0.77	0.56	2.75	1.31	0.73	0.55	3.15	1.50	0.81	0.62	2.84	1.40	0.78	0.61
1.90	${\mathit{ARL}}_1$	2.66	1.68	1.27	1.16	2.67	1.70	1.31	1.20	2.78	1.73	1.32	1.18	2.73	1.78	1.36	1.23
	$SDR{L}_1$	2.46	1.17	0.62	0.45	2.36	1.10	0.62	0.47	2.62	1.27	0.70	0.49	2.42	1.19	0.67	0.51
2.00	${\mathit{ARL}}_1$	2.37	1.54	1.20	1.11	2.38	1.58	1.24	1.14	2.47	1.61	1.24	1.14	2.48	1.64	1.28	1.17
	$SDR{L}_1$	2.12	1.00	0.53	0.37	1.98	0.95	0.54	0.39	2.24	1.09	0.59	0.41	2.11	1.03	0.58	0.44
2.25	${\mathit{ARL}}_1$	1.71	1.22	1.06	1.02	1.74	1.25	1.08	1.04	1.76	1.26	1.08	1.04	1.79	1.30	1.10	1.05
	$SDR{L}_1$	1.24	0.56	0.26	0.16	1.19	0.56	0.28	0.19	1.29	0.62	0.30	0.19	1.27	0.62	0.32	0.22
3.00	${\mathit{ARL}}_1$	1.43	1.11	1.02	1.01	1.46	1.14	1.03	1.01	1.47	1.14	1.03	1.01	1.51	1.17	1.04	1.02
	$SDR{L}_1$	0.88	0.38	0.15	0.08	0.85	0.39	0.17	0.10	0.94	0.43	0.18	0.11	0.91	0.44	0.21	0.13