Article:

Didier Fayard and Mhand Hifi and Vassilis Zissimopoulos. An efficient approach for large-scale two-dimensional guillotine cutting stock problems. Journal of the Operations Research Society, 49:1270-1277, 1998

Instances defined:

CU1-CU11
CW1-CW11
UU1-UU11
UW1-UW11

Instances used:

CGCUT2 and CGCUT3
GCUT13
Herz
HZ1
HZ2
M1-M5
OF1-OF2
STS
WANG20

Results:

The algorithm is coded in C and tested on a Sparc-Sverver20 (module 712 MP). We present the results for the GBSC algorithm. The problems CHW1 and CHW2 are usually known as cgcut2 and cgcut3, while TH1 and TH2 are known as STS2 and STS4, B known as GCUT13, H as Herz and W as WANG20.

Problem Container Size Box Types # Boxes Optimal Value Solution Value Time
B
( 3000, 3000)
32
8997780
8997780
461.07 s
CHW1
( 40, 70)
10
23
2892
2731
1.05 s
CHW2
( 40, 70)
20
62
1860
1740
2.37 s
CU1
( 100, 125)
25
82
12330
12312
7.09 s
CU2
( 150, 175)
35
90
26100
25806
19.83 s
CU3
( 134, 125)
45
158
16723
16608
30.47 s
CU4
( 285, 354)
45
113
99495
98190
55.75 s
CU5
( 456, 385)
50
120
173364
171651
89.57 s
CU6
( 356, 447)
45
124
158572
158572
29.84 s
CU7
( 563, 458)
45
56
247150
246860
26.72 s
CU8
( 587, 756)
35
78
433331
432198
68.83 s
CU9
( 856, 785)
25
76
657055
627884
47.28 s
CU10
( 794, 985)
40
129
773772
764696
123.85 s
CU11
( 977, 953)
50
134
924696
913387
219.62 s
CW1
( 125, 105)
25
67
6402
6402
5.31 s
CW2
( 145, 165)
35
63
5354
5354
6.83 s
CW3
( 267, 207)
40
96
5689
5148
17.32 s
CW4
( 465, 387)
39
86
6175
6168
30.84 s
CW5
( 524, 678)
35
91
11659
11550
19.84 s
CW6
( 781, 657)
55
149
12923
12403
78.97 s
CW7
( 376, 374)
45
123
9898
9484
61.39 s
CW8
( 305, 287)
60
168
4605
4504
107.42 s
CW9
( 405, 362)
50
131
10748
10748
125.30 s
CW10
( 992, 970)
60
130
6515
6116
281.08 s
CW11
( 982, 967)
60
114
6321
6084
197.54 s
H
( 127, 98)
5
12348
12192
0.26 s
HZ1
( 78, 67)
6
5226
5226
0.08 s
HZ2
( 99, 80)
5
8226
8046
0.12 s
M1
( 100, 156)
10
15024
15024
0.34 s
M2
( 253, 294)
10
73176
72564
1.15 s
M3
( 318, 473)
10
142817
142817
0.84 s
M4
( 501, 556)
10
265768
265768
1.34 s
M5
( 750, 806)
10
577882
577882
1.93 s
OF1
( 70, 40)
10
23
2737
2713
0.87 s
OF2
( 70, 40)
10
24
2690
2586
0.80 s
TH1
( 55, 85)
30
78
4620
4620
4.59 s
TH2
( 99, 99)
20
50
9700
9529
6.27 s
UU1
( 500, 500)
25
242919
241260
2.79 s
UU2
( 750, 800)
30
595288
595288
7.15 s
UU3
( 1100, 1000)
25
1072764
1072764
6.84 s
UU4
( 1000, 1200)
38
1179050
1178295
18.37 s
UU5
( 1450, 1300)
50
1868999
1868985
43.37 s
UU6
( 2050, 1457)
38
2950760
2950760
20.13 s
UU7
( 1465, 2024)
50
2930654
2930654
71.06 s
UU8
( 2000, 2000)
55
3959352
3959352
56.83 s
UU9
( 2500, 2460)
60
6100692
6100692
89.98 s
UU10
( 3500, 3450)
55
11955852
11955852
191.05 s
UU11
( 3500, 3765)
25
13157811
13141175
286.87 s
UW1
( 500, 500)
25
6036
6036
2.98 s
UW2
( 560, 750)
35
8468
8468
10.37 s
UW3
( 700, 650)
35
6302
6226
8.21 s
UW4
( 1245, 1015)
45
8326
8326
33.75 s
UW5
( 1100, 1450)
34
7780
7780
16.41 s
UW6
( 1750, 1542)
47
6615
6615
41.38 s
UW7
( 2250, 1875)
50
10464
10464
65.84 s
UW8
( 2645, 2763)
55
7692
7692
118.86 s
UW9
( 3000, 3250)
45
7038
7038
69.83 s
UW10
( 3500, 3650)
60
7507
7507
214.39 s
UW11
( 555, 632)
25
15747
15747
15.32 s
W
( 70, 40)
20
42
2721
2721
2.18 s