Dataset TA Rihan Farih Bunyamin - CSM

 Berikut ini adalah tabel lengkap dari dataset Tugas Akhir "Perhitungan Initial Basic Feasible Solution Pada Transportation Problem dengan Menggunakan Cost Supply Method (CSM)"

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Dataset CSM:

No	Referensi	Nama TP	Ukuran TP	Nilai Optimal	Matriks
1	(Ramadan, 2012)	N01	3x3	5600	[Cij]3x3 = [32 40 120; 60 68 104; 200 80 60] [Si]3x1 = [20 30 45] [Dj]1x3 = [30 35 30]
2	(Samuel, 2012)	N02	3x4	28	[Cij]3x4 = [1 2 3 4; 4 3 2 0; 0 2 2 1] [Si]3x1 = [6 8 10] [Dj]1x3 = [4 6 8 6]
3	(Imam et al., 2009)	N03	3x4	435	[Cij]3x4 = [10 2 20 11; 12 7 9 20; 4 14 16 18] [Si]3x1 = [15 25 10] [Dj]1x4 = [5 15 15 15]
4	(Kaur et al., 2018)	N04	3x5	1580	[Cij]3x5 = [6 4 4 7 5; 5 6 7 4 8; 3 4 6 3 4] [Si]3x1 = [100, 125, 175] [Dj]1x5 = [60, 80, 85, 105, 70]
5	(Ahmed dkk., 2016)	N05	4x4	410	[Cij]4x4 = [7 5 9 11; 4 3 8 6; 3 8 10 5; 2 6 7 3] [Si]4x1 = [30, 25, 20, 15] [Dj]1x4 = [30, 30, 20, 10]
6	(Ahmed dkk., 2016)	N06	3x4	2850	[Cij]3x4 = [3 1 7 4; 2 6 5 9; 8 3 3 2] [Si]3x1 = [300, 400, 500] [Dj]1x4 = [250, 350, 400, 200]
7	(Das et al., 2014)	N07	3x4	1160	[Cij]3x4 = [6 1 9 3; 11 5 2 8; 10 12 4 7] [Si]3x1 = [70, 55, 90] [Dj]1x4 = [85, 35, 50, 45]
8	(Jude, 2016)	N08	3x4	190	[Cij]3x4 = [5 7 9 6; s6 7 10 5; 7 6 8 1] [Si]3x1 = [12, 14, 10] [Dj]1x4 = [10, 6, 8, 12]
9	(Hakim & Khatun, 2017)	N09	4x4	111	[Cij]4x4 = [4 6 5 2; 6 4 1 4; 5 2 3 1; 4 6 7 8] [Si]4x1 = [6 10 12 14] [Dj]1x4 = [9 16 10 7]
10	(Amaliah et al., 2019)	N10	3x4	910	[Cij]3x4 = [20 2 20 11; 24 7 9 20; 8 14 16 18] [Si]3x1 = [30, 50, 20] [Dj]1x4 = [10, 30, 30, 30]
11	(Amaliah et al., 2019)	N11	3x4	2460	[Cij]3x4 = [10 2 20 22; 12 7 9 40; 4 14 16 32] [Si]3x1 = [60, 100, 40] [Dj]1x4 = [20, 60, 60, 60]
12	(Amaliah et al., 2019)	N12	3x3	291	[Cij]3x3 = [7 8 7; 18 8 12; 8 12 12;] [Si]3x1 = [13, 14, 8] [Dj]1x3 = [14, 8, 3]
13	(Juman & Hoque, 2015)	N13	3x3	4525	[Cij]3x3 = [6 8 10; 7 11 11; 4 5 12] [Si]3x1 = [150, 175, 275] [Dj]1x3 = [200, 100, 300]
14	(Juman & Hoque, 2015)	N14	3x4	920	[Cij]3x4 = [4 6 8 8; 6 8 6 7; 5 7 6 8] [Si]3x1 = [40, 60, 50] [Dj]1x4 = [20, 30, 50, 50]
15	(Ahmed, Khan, Uddin, et al., 2016a)	N15	3x4	156	[Cij]3x4 = [4 6 9 5; 2 6 4 1; 5 7 2 9] [Si]3x1 = [16 12 15] [Di]1x4 = [12 14 9 8]
16	(Amirul Islam et al., 2012)	N16	3x3	131	[Cij]3x3 = [4 8 11; 6 3 8; 7 6 5] [Si]3x1 = [12 10 9] [Di]1x3 = [13 8 10]
17	(Ahmed, Khan, Ahmed, et al., 2016)	N17	5x7	1900	[Cij]5x7 = [12 7 3 8 10 6 6; 6 9 7 12 8 12 4; 10 12 8 4 9 9 3; 8 5 11 6 7 9 3; 7 6 8 11 9 5 6] [Si]5x1 = [60 80 70 100 90] [Di]1x7 = [20 30 40 70 60 80 100]
18	(Uddin et al., 2016)	N18	3x5	290	[Cij]3x5 = [4 1 2 4 4; 2 3 2 2 3; 3 5 2 4 4] [Si]3x1 = [60 35 40] [Di]1x5 = [22 45 20 18 30]
19	(Uddin & Khan, 2016)	N19	4x4	285	[Cij]4x4 = [5 3 6 10; 6 8 10 7; 3 1 6 7; 8 2 10 12] [Si]4x1 = [30 10 20 10] [Di]1x4 = [20 25 15 10]
20	(Uddin & Khan, 2016)	N20	3x4	450	[Cij]3x4 = [1 2 1 4; 4 2 5 9; 20 40 30 10] [Si]3x1 = [30 50 20] [Di]1x4 = [20 40 30 10]
21	(Uddin & Khan, 2016)	N21	4x6	112	[Cij]4x6 = [9 12 9 6 9 10; 7 3 7 7 5 5; 6 5 9 11 3 11; 6 8 11 2 2 10] [Si]4x1 = [5 6 2 9] [Di]1x6 = [4 4 6 2 4 2]
22	(Rafi & Islam, 2020)	N22	3x4	12075	[Cij]3x4 = [11 13 17 14; 16 18 14 10; 21 24 13 10] [Si]3x1 = [250 300 400] [Dj]1x4 = [200 225 275 250]
23	(Kaur et al., 2018)	N23	3x4	23	[Cij]3x4 = [7 2 3 7; 1 5 4 5; 7 2 4 5] [Si]3x1 = [2 1 3] [Dj]1x4 = [2 1 1 2]
24	(Hosseini, 2017)	N24	3x4	3460	[Cij]3x4 = [20 22 17 4; 24 37 9 7; 32 37 20 15] [Si]3x1 = [120, 70, 50] [Dj]1x4 = [60, 40, 30, 110]
25	(Morade, 2017)	N25	3x3	820	[Cij]3x3 = [50 30 220; 90 45 170; 250 200 50] [Si]3x1 = [1, 3, 4] [Dj]1x3 = [4, 2, 2]
26	(G.Patel et al., 2017)	N26	4x5	490	[Cij]4x5 = [20 4 6 8 9; 4 10 8 18 8; 9 11 20 40 6; 7 6 9 14 16] [Si]4x1 = [20 30 15 13] [Dj]1x5 = [40 6 8 18 6]
27	(Uddin et al., 2016)	N27	3x3	555	[Cij]3x3=[6 4 1; 3 8 7; 4 4 2] [Si]3x1=[50, 40, 60] [Dj]1x3=[20, 95, 35]
28	(Kaur et al., 2018)	N28	3x5	40	[Cij]3x5=[2 7 8 8 3; 5 6 5 5 6; 5 7 8 8 3] [Si]3x1=[2 3 5] [Dj]1x5=[3 1 1 2 3]
29	(Kousalya1 & Malarvizhi, 2016)	N29	3x4	3857	[Cij]3x4 = [15 1 42 33; 80 42 26 81; 90 40 66 60] [Si]3x1 = [23 44 33] [Dj]1x4 = [23 31 16 30]
30	(Ahmed et al., 2015)	N30	3x3	465	[Cij]3x3 = [13 21 14; 8 12 21; 15 17 19] [Si]3x1 = [13 20 5] [Di]1x3 = [12 15 11]
31	(Sahito, 2021)	N31	4x5	1670	[Cij]4x5 = [4 4 9 8 13; 7 9 8 10 4; 9 3 7 10 6; 11 4 8 3 9] [Si]4x1 = [100 80 70 90] [Dj]1x5 = [60 40 100 50 90]
32	(Pandian & Kavitha, 2019)	N32	3x3	348	[Cij]3x3 = [10 15 12; 6 7 9; 7 4 12] [Si]3x1 = [16 14 18] [Di]1x3 = [24 14 10]
33	(Ezekiel & Edeki, 2018)	N33	3x4	1140	[Cij]3x4 = [8 6 3 9; 2 6 1 4; 7 8 6 3] [Si]3x1 = [120 140 100] [Dj]1x4 = [100 60 80 120]
34	(Sahito, 2021)	N34	4x5	510	[Cij]4x5 = [7 6 4 5 9; 8 5 6 7 8; 6 8 9 6 5; 5 7 7 8 6] [Si]4x1 = [40 30 20 10] [Dj]1x5 = [30 30 15 20 5]
35	(Uddin et al., 2016)	N35	3x4	149	[Cij]3x4 = [6 3 5 4; 5 9 2 7; 5 7 8 6] [Si]3x1 = [22 15 8] [Di]1x4 = [7 12 17 9]
36	S1	p44haris	4x5	1380	[Cij]4x5 = [7 8 7 10 22; 11 8 12 14 31; 10 12 12 8 32; 14 10 13 5 35] [Si]3x1 = [25, 25, 50, 20] [Dj]1x4 = [30, 30, 30, 10, 20]
37	S2	p43cia	3x4	1375	[Cij]3x4 = [7 2 10 4; 12 6 3 9; 11 13 5 8] [Si]3x1 = [70, 55, 90] [Dj]1x4 = [85, 35, 50, 45]
38	S3	Dewangga	3x3	620	[Cij]3x3 = [3 5 2; 4 9 7; 7 8 10] [Si]3x1 = [30 50 20] [Di]1x3 = [10 60 30]
39	S4	p41_yusran	3x4	996	[Cij]3x4 = [17 8 11 9; 18 9 14 26; 18 14 14 10] [Si]3x1 = [16 26 36] [Dj]4x1 = [26 16 18 18]
40	S5	p42_yusran	3x4	420	[Cij]3x4 = [11 2 5 3; 12 3 8 20; 12 8 8 4] [Si]3x1 = [10, 20, 30] [Dj]1x4 = [20, 10, 15, 15]
41	R1	Real 1	2x94	12928429	[Cij]2x94 = [22 38 32 17 31 15 23 25 25 20 33 30 18 12 23 18 26 20 15 18 15 25 28 23 16 18 21 28 20 20 25 18 18 18 25 27 21 25 23 26 33 38 29 17 38 17 39 39 22 22 35 25 28 31 33 20 36 31 23 27 25 35 30 31 28 27 28 30 27 54 43 52 56 46 59 53 40 58 44 51 40 43 45 49 48 57 46 46 60 61 66 59 55 56; 26 41 36 21 35 20 27 30 28 25 38 34 23 15 20 15 23 18 14 17 13 23 25 25 17 23 23 33 18 19 28 23 20 18 25 31 20 25 25 23 39 36 28 12 33 14 38 38 20 28 33 28 26 28 31 17 38 30 30 25 22 33 26 29 31 34 28 33 31 49 38 49 52 43 56 49 36 54 40 46 36 39 41 46 44 54 41 43 57 57 62 55 52 51] [Si]2x1 = [308252 138801] [Di]1x94 = [3852 4759 1312 3451 7537 2827 3878 15224 2530 5690 2494 2383 32901 7314 2486 0 249 2735 498 1989 4475 6091 373 5492 17978 4305 23799 1597 2773 2556 48509 3279 4183 1303 795 4024 1381 2597 1666 4848 125 0 0 10192 0 4475 3356 0 2611 2984 1368 0 1119 249 0 9447 2984 2362 125 2984 26599 746 249 0 14055 1437 2283 556 812 5786 2034 5911 5026 524 1133 464 1792 1330 1457 1668 3827 7947 297 759 9074 1436 864 2217 1160 519 4166 614 19405 30392]
42	R2	Real 2	2x94	13657053	[Cij]2x94 = [22 38 32 17 31 15 23 25 25 20 33 30 18 12 23 18 26 20 15 18 15 25 28 23 16 18 21 28 20 20 25 18 18 18 25 27 21 25 23 26 33 38 29 17 38 17 39 39 22 22 35 25 28 31 33 20 36 31 23 27 25 35 30 31 28 27 28 30 27 54 43 52 56 46 59 53 40 58 44 51 40 43 45 49 48 57 46 46 60 61 66 59 55 56; 26 41 36 21 35 20 27 30 28 25 38 34 23 15 20 15 23 18 14 17 13 23 25 25 17 23 23 33 18 19 28 23 20 18 25 31 20 25 25 23 39 36 28 12 33 14 38 38 20 28 33 28 26 28 31 17 38 30 30 25 22 33 26 29 31 34 28 33 31 49 38 49 52 43 56 49 36 54 40 46 36 39 41 46 44 54 41 43 57 57 62 55 52 51] [Si]2x1 = [341015 138738] [Di]1x94 = [3332 3976 1252 3494 9871 3027 5214 20029 2437 5584 2615 2184 39154 6641 2735 0 249 2984 746 2238 4848 6837 373 4677 17447 4487 24968 1804 3137 2538 50087 3445 4375 1444 919 4024 1389 2960 1660 5221 125 0 0 11063 0 4972 3729 125 2859 5096 1492 0 871 249 125 10129 3232 2735 249 12554 28961 746 125 0 12664 1382 2405 479 724 6258 1924 5195 5217 536 924 385 2053 1111 1340 1712 3630 8300 321 679 8954 1385 862 2372 1225 480 4369 556 20814 27658]
43	R3	Real 3	2x94	12296587	[Cij]2x94 = [22 38 32 17 31 15 23 25 25 20 33 30 18 12 23 18 26 20 15 18 15 25 28 23 16 18 21 28 20 20 25 18 18 18 25 27 21 25 23 26 33 38 29 17 38 17 39 39 22 22 35 25 28 31 33 20 36 31 23 27 25 35 30 31 28 27 28 30 27 54 43 52 56 46 59 53 40 58 44 51 40 43 45 49 48 57 46 46 60 61 66 59 55 56; 26 41 36 21 35 20 27 30 28 25 38 34 23 15 20 15 23 18 14 17 13 23 25 25 17 23 23 33 18 19 28 23 20 18 25 31 20 25 25 23 39 36 28 12 33 14 38 38 20 28 33 28 26 28 31 17 38 30 30 25 22 33 26 29 31 34 28 33 31 49 38 49 52 43 56 49 36 54 40 46 36 39 41 46 44 54 41 43 57 57 62 55 52 51] [Si]2x1 = [280110 138801] [Di]1x94 = [3300 4628 1250 2852 8202 2916 3912 16157 2695 5526 2699 2271 41855 7074 1616 0 125 1741 373 1243 2859 3854 249 5151 17117 4368 24291 1560 2679 2952 42223 3585 4182 1423 838 3282 1491 2324 1553 3108 125 0 125 6464 0 2859 2238 0 1616 2921 871 0 498 125 0 6091 1865 1616 125 2921 17029 498 249 0 13885 1516 2480 410 799 6616 1980 5900 4721 584 1032 419 1702 1290 1536 1725 3455 7792 341 632 9100 1269 897 2333 1296 452 3957 487 20317 32228]
44	R4	Real 4	2x94	14117586	[Cij]2x94 = [22 38 32 17 31 15 23 25 25 20 33 30 18 12 23 18 26 20 15 18 15 25 28 23 16 18 21 28 20 20 25 18 18 18 25 27 21 25 23 26 33 38 29 17 38 17 39 39 22 22 35 25 28 31 33 20 36 31 23 27 25 35 30 31 28 27 28 30 27 54 43 52 56 46 59 53 40 58 44 51 40 43 45 49 48 57 46 46 60 61 66 59 55 56; 26 41 36 21 35 20 27 30 28 25 38 34 23 15 20 15 23 18 14 17 13 23 25 25 17 23 23 33 18 19 28 23 20 18 25 31 20 25 25 23 39 36 28 12 33 14 38 38 20 28 33 28 26 28 31 17 38 30 30 25 22 33 26 29 31 34 28 33 31 49 38 49 52 43 56 49 36 54 40 46 36 39 41 46 44 54 41 43 57 57 62 55 52 51] [Si]2x1 = [350910 142165] [Di]1x94 = [3512 4300 1291 3477 9394 3031 4597 22500 1776 5384 2824 2530 42638 7341 2735 0 249 2984 746 2238 4848 6837 3737 5858 16806 4210 24717 1715 2549 2520 50440 3185 4359 1437 914 3120 1551 2109 1578 5345 125 0 0 11187 0 4972 3729 125 2859 8452 1492 0 871 249 125 10317 3232 2735 249 8452 29085 746 373 0 13607 1421 2068 554 877 6207 1844 6259 4824 610 1175 403 1840 1110 1389 1739 3546 8113 348 753 8366 1329 970 2121 1181 530 3778 497 19912 34947]
45	R5	Real 5	2x94	14017419	[Cij]2x94 = [22 38 32 17 31 15 23 25 25 20 33 30 18 12 23 18 26 20 15 18 15 25 28 23 16 18 21 28 20 20 25 18 18 18 25 27 21 25 23 26 33 38 29 17 38 17 39 39 22 22 35 25 28 31 33 20 36 31 23 27 25 35 30 31 28 27 28 30 27 54 43 52 56 46 59 53 40 58 44 51 40 43 45 49 48 57 46 46 60 61 66 59 55 56; 26 41 36 21 35 20 27 30 28 25 38 34 23 15 20 15 23 18 14 17 13 23 25 25 17 23 23 33 18 19 28 23 20 18 25 31 20 25 25 23 39 36 28 12 33 14 38 38 20 28 33 28 26 28 31 17 38 30 30 25 22 33 26 29 31 34 28 33 31 49 38 49 52 43 56 49 36 54 40 46 36 39 41 46 44 54 41 43 57 57 62 55 52 51] [Si]2x1 = [359746 138801] [Di]1x94 = [3269 4456 1277 2783 8888 3679 4621 18426 2745 5940 2408 2437 48268 5585 3108 0 249 3356 746 2486 5594 7707 373 4944 19086 3758 27005 1884 3139 2275 48013 3411 4479 1386 911 3405 1402 3198 1657 5967 249 0 0 12678 0 5594 4226 125 3232 7955 1616 0 995 373 125 11560 3605 3108 249 7955 32938 871 249 0 13500 1377 2189 589 752 5974 1588 6085 4578 512 1056 452 2240 1138 1268 1818 3634 8274 300 703 8162 1308 901 2438 1088 454 4199 613 19521 29812]