d750_11_alternative

Source: mapA

Source Composite Image

All sources below were be compared against this source composite image.

Instance: d750_11_alternative

Top 49 Most Similar strIPlib Instances

These are the 49 CCM images (for individual instances) that are most similar to the CCM image for this instance, according to the ISS metric.

These are the 49 most similar strIPlib instance CCM images.
Model group: ring_n10p0.6s2 Model group: ring_n10p0.7s5 Model group: nsf_p0.5_s1 Model group: R75_5g.col.disa Model group: queen10_10.col.bigM Model group: 0.75-quasi-clique_covering_dolphins Model group: queen7_7.col.bigM Model group: n100p5t2s4 Model group: n100p5t2s5 Model group: nsf_p0.5_s5 Model group: n100p5t2s2 Model group: 0.85-quasi-clique_partitioning_dolphins Model group: R100_5g.col.bigM Model group: n100p5t2s3 Model group: R75_5g.col.bigM Model group: R75_5gb.col.bigM Model group: ring_n10p0.4s5 Model group: ring_n10p0.5s2 Model group: gcol12.disa Model group: ring_n10p0.6s3 Model group: nsf_p0.3_s3 Model group: R75_9gb.col.bigM Model group: 0.8-quasi-clique_partitioning_dolphins Model group: 0.9-quasi-clique_partitioning_football Model group: 0.85-quasi-clique_partitioning_football Model group: 0.8-quasi-clique_partitioning_football Model group: R50_9gb.col.bigM Model group: d500_06_alternative Model group: 0.95-quasi-clique_partitioning_chesapeake Model group: 0.95-quasi-clique_covering_chesapeake Model group: gcol13.disa Model group: gcol12.bigM Model group: ring_n10p0.5s4 Model group: R50_9gb.col.disa Model group: R50_9g.col.disa Model group: nsf_p0.4_s4 Model group: gcol10.disa Model group: gcol20.disa Model group: gcol10.bigM Model group: 0.8-quasi-clique_partitioning_adjnoun Model group: ring_n10p0.2s3 Model group: DSJC250.1.col.bigM Model group: anna.col.bigM Model group: gcol20.bigM Model group: qwhopt.order18.holes120.1.col.bigM Model group: qwhdec.order18.holes120.1.col.bigM Model group: gcol17.disa Model group: ring_n10p0.5s1 Model group: gcol7.bigM Model group: david.col.disa
Name (Source) ring_n10p0.6s2 (pcp) ring_n10p0.7s5 (pcp) nsf_p0.5_s1 (pcp) R75_5g.col.disa (colH) queen10_10.col.bigM (colC) 0.75-quasi-clique_covering_dolphins (relA) queen7_7.col.bigM (colC) n100p5t2s4 (pcp) n100p5t2s5 (pcp) nsf_p0.5_s5 (pcp) n100p5t2s2 (pcp) 0.85-quasi-clique_partitioning_dolphins (relB) R100_5g.col.bigM (colG) n100p5t2s3 (pcp) R75_5g.col.bigM (colG) R75_5gb.col.bigM (colG) ring_n10p0.4s5 (pcp) ring_n10p0.5s2 (pcp) gcol12.disa (colF) ring_n10p0.6s3 (pcp) nsf_p0.3_s3 (pcp) R75_9gb.col.bigM (colG) 0.8-quasi-clique_partitioning_dolphins (relB) 0.9-quasi-clique_partitioning_football (relB) 0.85-quasi-clique_partitioning_football (relB) 0.8-quasi-clique_partitioning_football (relB) R50_9gb.col.bigM (colG) d500_06_alternative (mapA) 0.95-quasi-clique_partitioning_chesapeake (relB) 0.95-quasi-clique_covering_chesapeake (relA) gcol13.disa (colF) gcol12.bigM (colE) ring_n10p0.5s4 (pcp) R50_9gb.col.disa (colH) R50_9g.col.disa (colH) nsf_p0.4_s4 (pcp) gcol10.disa (colF) gcol20.disa (colF) gcol10.bigM (colE) 0.8-quasi-clique_partitioning_adjnoun (relB) ring_n10p0.2s3 (pcp) DSJC250.1.col.bigM (colC) anna.col.bigM (colC) gcol20.bigM (colE) qwhopt.order18.holes120.1.col.bigM (colA) qwhdec.order18.holes120.1.col.bigM (colA) gcol17.disa (colF) ring_n10p0.5s1 (pcp) gcol7.bigM (colE) david.col.disa (colD)
Rank / ISS The image-based structural similarity (ISS) metric measures the Euclidean distance between two image-based feature vectors. A smaller ISS value indicates greater similarity.
1 / 3.388 2 / 3.389 3 / 3.396 4 / 3.401 5 / 3.405 6 / 3.406 7 / 3.410 8 / 3.410 9 / 3.411 10 / 3.416 11 / 3.417 12 / 3.418 13 / 3.420 14 / 3.421 15 / 3.422 16 / 3.422 17 / 3.422 18 / 3.423 19 / 3.425 20 / 3.425 21 / 3.430 22 / 3.431 23 / 3.432 24 / 3.433 25 / 3.433 26 / 3.433 27 / 3.434 28 / 3.436 29 / 3.444 30 / 3.444 31 / 3.445 32 / 3.445 33 / 3.445 34 / 3.447 35 / 3.447 36 / 3.451 37 / 3.451 38 / 3.451 39 / 3.451 40 / 3.454 41 / 3.454 42 / 3.457 43 / 3.458 44 / 3.459 45 / 3.459 46 / 3.459 47 / 3.460 48 / 3.460 49 / 3.462 50 / 3.465
Updated August 16, 2019