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Results 1 - 10
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62,121
Table 1 presents the results so obtained, bold cells indicate the best row values. The columns show:
2000
"... In PAGE 16: ... DSATUR TS ANTS SA1 SA2 Links Const. Value Time Value Time Value Time Value Time Value Time CELAR01 792 916 5 548 625 5 238 37 0 4 0 3 0 377 CELAR02 792 200 1 235 428 1 122 60 0 0 0 0 0 19 CELAR03 792 400 2 760 798 1 196 347 0 1 0 0 0 133 CELAR04 792 680 3 967 1 474 3 1 012 57 8 437 0 222 1 324 CELAR05 792 400 2 598 1 823 1 688 116 32 545 11 106 54 82 CELAR06 792 200 1 322 213 866 1 149 607 10 5319 614 6 994 75 30 160 18 CELAR07 792 400 2 865 gt;108 1 gt;108 38 8083093 630 11 000 296 986 4 698 907 412 CELAR08 792 916 5 744 2 468 6 1 364 295 709 572 306 1 087 457 805 CELAR09 792 680 4 103 79 406 3 45 988 6 16732 1018 30 024 77 23 634 644 CELAR10 792 680 4 103 107 310 3 58 554 9 31516 378 31 518 54 33 557 244 CELAR11 792 680 4 103 1 364 4 848 417 0 628 0 83 2 405 GRAPH01 792 200 1 134 160 0 15 8 0 2 0 0 0 21 GRAPH02 792 400 2 245 299 1 15 17 0 1 0 1 0 79 GRAPH03 792 200 1 134 264 0 35 3 14 122 14 27 96 12 GRAPH04 792 400 2 244 519 2 33 3 42 1162 64 332 213 6 GRAPH05 792 200 1 134 0 0 0 0 0 1 0 0 0 0 GRAPH06 792 400 2 170 0 1 0 1 0 1 0 0 0 0 GRAPH07 792 400 2 170 0 0 0 0 0 1 0 0 0 0 GRAPH08 792 680 3 757 566 3 18 6 0 15 0 4 0 539 GRAPH09 792 916 5 246 665 5 14 14 0 53 0 8 0 903 GRAPH10 792 680 3 907 856 3 37 10 127 1052 91 818 81 1 128 GRAPH11 792 680 3 757 0 2 0 2 0 1 0 0 0 0 GRAPH12 792 680 4 017 0 3 0 3 0 1 0 0 0 0 GRAPH13 792 916 5 273 0 5 0 5 0 2 0 0 0 0 GRAPH14 792 916 4 638 750 5 19 44 0 2 0 3 0 763 PHIL01 179 420 44 790 7 2 4 14 0 29 51 234 263 1129 PHIL02 239 420 65 590 0 2 0 2 0 43 17 315 251 1081 PHIL03 252 470 56 940 8 3 8 3 0 47 31 382 288 954 PHIL04 257 470 78 635 6 3 6 3 0 53 36 336 353 1144 PHIL05 426 481 76 979 3 6 3 6 30 1041 31 359 252 1063 PHIL06 426 481 97 835 18 7 17 92 36 177 30 359 288 1139 PHIL07 426 481 93 288 0 7 0 7 29 1180 30 365 271 955 PHIL08 426 481 97 835 17 7 14 1 197 31 1046 22 472 249 572 PHIL09 855 962 783 642 0 35 0 35 403 830 366 1198 934 1160 PHIL06b 532 481 97 835 1 8 1 8 51 373 18 352 254 772 Table1 . Computational results for ANTS and benchmark algorithms The computational results show that the ANTS heuristic is competitive with the best approaches so far presented.... In PAGE 16: ... Computational results for ANTS and benchmark algorithms The computational results show that the ANTS heuristic is competitive with the best approaches so far presented. In particular, Table1 shows that, apart from ANTS, different approaches are the... In PAGE 17: ... The quality of the solution found by ANTS is actually comparable with that of TS, except for problem PHIL09; we must notice however that this instance is much bigger than the other ones and, given the comparatively long time taken by the local optimization alone, the 1200 seconds allowed are not enough to effectively start the trail updating mechanism, thus turning ANTS into a simple multistart approach. In summary, Table1 testifies the comparative good performance of the ANTS algorithm. On all test problems, under the imposed computational constraints (CPU time), it found a good solution and exhibited more stable results among those produced by the tested algorithms.... ..."
Cited by 13
Table 1 presents the results so obtained. The columns show: Problem: problem identifier;
2000
"... In PAGE 16: ...04 0 1107.28 Table1 . Computational results for ANTS and benchmark algorithms 6.... ..."
Cited by 13
Table 2.6 The main concern is that unless nation is present, the continent is not functionally specified and so is NULL.
Table 3.4 Performance changes due to rescaling of variables Besides the experiments presented so far, a lot of further testing has been carried out, especially experiments with non-standard options (Broyden up- 51
1991
Cited by 19
Table 1. Concrete scenarios satisfied by discussed redundancy patterns The patterns presented so far involved redundancy in some form in order to detect and tolerate faults and so to increase the reliability of a system. In the following, we present two patterns that manly contribute to safety by providing means for detecting and handling failures and faults and for managing safety processes.
"... In PAGE 25: ... However, the sanity check pattern is not very expensive to implement and manufacture. To summarize the previous discussions, Table1 shows some of the concrete scenarios that are satisfied by the various redundancy patterns. Controller Subsystem Actuation Channel Controller 1 Monitor-Actuator Pattern Actuator Channel 1 Monitor Channel Monitor Channel 1 1 1 1 1... ..."
Table 9.1: The seven OSI layers and their coverage in the SoCBUS system 7 Application layer Not covered by SoCBUS 6 Presentation layer Can be covered by wrappers 5 Session layer Can be covered by wrappers 4 Transport layer Covered by SoCBUS
Table 1. Frequency of the presented stimulus lines (where 1 represents stimulus length 12 pixels, 2-67 pixels and so on).
2004
Cited by 7
Table 2: Stream Bu er Miss Rates In many current systems, the miss penalties are considerably greater than this (private commu- nication, Larry McVoy), so that the results presented here actually understate the speedup that might be achieved by these various latency tolerating techniques.
1996
Cited by 4
Table 1 lists some of the expected model sub-type names. Suggested 3 letter extensions are also provided for DOS compatibility but their need is hopefully diminished by the use of more robust operating systems on PC platforms. The quot;silo quot; extension is provided for backwards compatibility. Mesh has an extensive list of hints since the present variability is so great. In the future, the need for these hints will diminish since the files are self describing. This document is not registering these subtypes. They will be handled under separate documents.
Results 1 - 10
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