Research Article

A PMBGA to Optimize the Selection of Rules for Job Shop Scheduling Based on the Giffler-Thompson Algorithm

Table 3

The computational results and comparisons under 𝑓 = 1 . 3 .

Instance Optimal PMBGA PSO-SA RBGA
Average # opt Average # opt Average # opt

ABZ5 1403 1415.1 12 1458.9 1 1466.9 1
ABZ6 436 436.0 20 446.9 5 456.3 2
LA16 1169 1170.2 19 1212.3 3 1239.5 0
LA17 899 900.4 17 914.7 7 942.5 3
LA18 929 943.0 15 947.6 2 960.1 1
LA19 948 950.6 18 967.0 10 989.9 6
LA20 805 822.1 14 829.3 8 840.5 4
LA21 463 466.8 15 480.0 12 490.5 7
LA22 1064 1095.7 10 1103.9 8 1120.9 3
LA23 835 837.5 12 866.4 2 867.8 0
LA24 835 844.0 13 855.6 4 860.5 1
MT10 1363 1375.0 17 1403.9 1 1436.4 0
ORB1 2568 2613.3 5 2617.2 7 2718.6 2
ORB2 1408 1440.5 4 1452.0 3 1494.7 1
ORB3 2111 2132.9 8 2154.8 3 2205.6 0
ORB4 1623 1637.1 11 1656.1 5 1707.1 2
ORB5 1593 1617.4 3 1638.7 3 1673.8 0
ORB6 1790 1835.9 9 1837.3 7 1884.0 3
ORB7 590 592.3 17 602.2 10 620.0 5
ORB8 2429 2483.1 0 2509.6 0 2563.7 0
ORB9 1316 1316.7 19 1359.6 12 1393.8 8
ORB10 1679 1683.9 17 1709.9 9 1747.1 3