Coordination in the Decentralized Assembly System with Dual Supply Modes

Table 1

Performance with different penalty, price, and demand.

Demand	x	(𝑄^𝑥1^∗,𝑄^𝑥2^∗)		Π^𝑥𝑆1^∗		Π^𝑥𝑆2^∗		Π^𝑥𝐴^∗		∑𝑦Π^𝑥𝑦^∗
		Case  1	Case  2	Case  1	Case  2	Case  1	Case  2	Case  1	Case  2	Case  1	Case  2
N(40, 1.5)	𝑑	(39.5, 56.1)	(39.8, 60.1)	79.00	39.80	32.46	54.15	184.05	162.60	295.51	256.54
	𝑑^′	(40.6, 70.9)	(40.5, 64.0)	81.20	40.50	70.90	96.00	175.54	128.07	327.64	264.57
	𝑐	(41.3, 82.0)	(41.0, 78.8)	/						333.63	274.89
N(35, 2)	𝑑	(34.3, 48.6)	(34.8, 52.9)	68.60	34.80	24.44	42.23	147.40	134.52	240.44	211.55
	𝑑^′	(35.8, 62.8)	(35.6, 56.5)	71.60	35.60	62.80	84.75	139.21	98.96	273.61	219.31
	𝑐	(36.7, 73.4)	(36.5, 70.1)	/						279.39	229.05
N(45, 1)	𝑑	(44.6, 62.6)	(44.9, 68.4)	89.20	44.90	40.10	63.72	213.29	191.80	342.59	300.42
	𝑑^′	(45.4, 79.4)	(45.3, 71.7)	90.80	45.30	79.40	107.56	208.46	153.89	378.66	306.75
	𝑐	(45.8, 92.0)	(45.7, 88.2)	/						384.89	318.10

Case  1: 𝑐₁=4, 𝑤₁=6, 𝑐₂=3, 𝑤₂=8, 𝛽₂=4, 𝑝=25, and 𝛽=15.
Case  2: 𝑐₁=4, 𝑤₁=5, 𝑐₂=3, 𝑤₂=9, 𝛽₂=5, 𝑝=23, and 𝛽=13.