A Fuzzy Rule for Improving the Performance of Multiobjective Job Dispatching in a Wafer Fabrication Factory

Table 6

The example with fuzzy remaining cycle times (𝜆 = 1.18).

#	𝑅𝑗	𝑗	SCT𝑗𝑢	RPT𝑗𝑢	RCTE𝑗𝑢	SK𝑗𝑢 (FFSMCT)	SK𝑗𝑢 (FFSVCT)
1	102	159	881	560	(1200, 1399, 1458)	(−1324, −1265, −1066)	(−1357, −1297, −1099)
2	756	37	227	451	(976, 1127, 1176)	(−1145, −1096, −945)	(−421, −371, −221)
3	826	37	157	489	(1086, 1223, 1299)	(−1269, −1192, −1055)	(−474, −397, −261)
4	652	86	331	729	(1618, 1822, 1976)	(−1904, −1750, −1546)	(−1325, −1170, −967)
5	208	55	775	212	(455, 530, 557)	(−511, −484, −410)	(−350, −322, −248)
6	783	84	200	816	(1742, 2040, 2158)	(−2088, −1969, −1671)	(−1376, −1257, −960)
7	800	96	183	946	(2039, 2366, 2549)	(−2468, −2285, −1959)	(−1750, −1566, −1240)
8	478	52	505	377	(848, 942, 992)	(−949, −898, −805)	(−515, −464, −371)
9	469	65	514	446	(992, 1116, 1176)	(−1122, −1061, −938)	(−708, −647, −524)
10	699	32	284	398	(853, 995, 1031)	(−1005, −968, −827)	(−333, −296, −155)
11	836	85	147	860	(1830, 2151, 2311)	(−2240, −2079, −1759)	(−1476, −1315, −995)
12	497	45	486	353	(794, 883, 918)	(−881, −845, −757)	(−422, −386, −298)
13	596	101	387	819	(1700, 2047, 2170)	(−2086, −1962, −1615)	(−1575, −1451, −1105)
14	798	34	185	458	(975, 1146, 1256)	(−1228, −1118, −948)	(−459, −348, −178)
15	197	79	786	297	(659, 743, 800)	(−734, −677, −593)	(−604, −546, −463)
16	804	85	179	837	(1819, 2092, 2318)	(−2247, −2020, −1748)	(−1515, −1288, −1016)
17	163	78	820	259	(560, 647, 708)	(−643, −581, −495)	(−546, −484, −398)
18	457	44	526	324	(685, 810, 839)	(−803, −773, −649)	(−383, −353, −229)
19	523	100	460	740	(1547, 1851, 2042)	(−1958, −1767, −1463)	(−1520, −1328, −1025)