| Предыдущий блок | Следующий блок | Вернуться в индекс |
— RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 20:55:39 To : All Subj : Compressors Comparison Test 6.0 [2/8] Тест: текстовый файл на русском языке (1,639,139 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * ppmonstr Gpre o12 m64 426,402 3.79 4.02 PPM 126.25 ppmonstr Gpre o16 m64 426,481 3.89 4.17 PPM 126.52 ppmonstr Gpre o1 m64 426,483 3.97 4.21 PPM 126.64 * ppmonstr Gpre o10 m64 426,694 3.61 3.90 PPM 126.03 ppmonstr Gpre o8 m32 428,371 3.38 3.60 PPM 125.97 * ppmonstr Gpre o6 m32 434,207 2.80 3.04 PPM 126.45 ppmn 1.00a5 MT1 M:20 O7 435,080 4.73 4.93 PPM 130.52 rk 1.02a05 mx3 ft 435,308 31.62 32.23 PPM 184.76 ppmn 1.00a5 MT1 M:20 435,453 3.05 3.30 PPM 127.31 ppmn 1.00a5 MT0 M:20 O7 436,908 4.04 4.20 PPM 129.60 * ppmdg o10 m64 439,901 2.01 2.15 PPM 126.35 rkuc 1.04 o12 x 439,904 11.07 11.49 PPM 144.76 * ppmdg o8 m64 439,940 1.81 1.96 PPM 125.97 rkuc 1.04 o16 x 439,996 11.71 12.15 PPM 146.08 rkuc 1.04 o8 x 440,164 9.99 10.41 PPM 142.67 ppmn 1.00a5 MT0 M:20 440,330 2.53 2.67 PPM 127.51 ppmdg o12 m64 440,445 2.11 2.28 PPM 126.73 ppmdg o16 m64 441,071 2.20 2.35 PPM 127.06 ppmn 1.00a5 O5 441,615 3.37 3.55 PPM 129.59 ppmn 1.00a5 441,615 3.42 3.54 PPM 129.63 ppmn 1.00a5 O7 442,276 4.78 4.95 PPM 132.58 * ppmdg o6 m64 442,596 1.45 1.55 PPM 125.94 ppmonstr Gpre o5 m16 443,059 2.33 2.63 PPM 128.03 ppmn 1.00a5 O6 445,940 5.16 5.29 PPM 134.32 * ybs 0.3e 446,151 1.81 0.93 BWT+Ari 126.67 ppmonstr Gpre o1 m32 448,187 3.82 4.08 PPM 132.39 boa 0.58b m15 448,497 13.10 13.23 PPM 150.91 * ppmdg o5 m16 449,313 1.13 1.26 PPM 127.19 dc 0.99.015b -a 449,474 1.30 1.31 BWT+Ari 127.46 ybs 0.3e -r 451,834 1.77 0.92 BWT+Ari 128.20 boa 0.58b m11 452,617 12.79 13.00 PPM 151.52 rk 1.04a01 mx3 M64 453,176 33.62 33.99 PPM 193.49 rkuc 1.04 o8 454,028 8.25 8.70 PPM 143.07 dc 0.99.015b 454,162 2.11 1.72 BWT+Ari 129.99 rkuc 1.04 o12 456,324 9.33 9.74 PPM 145.83 rkuc 1.04 o16 457,372 10.03 10.48 PPM 147.56 bee 0.49 m3d3 457,832 11.73 12.06 PPM 150.97 arc' (I.Sutton) b20 459,409 2.08 1.37 BWT+Ari 131.06 boa 0.58b m7 462,319 11.74 11.92 PPM 152.08 compressia' b2048 462,873 2.92 2.66 BWT+Huf 134.16 ba 1.01b5 -24-m 463,214 2.17 1.26 BWT+Ari 132.10 bee 0.49 m2d3 464,463 9.39 9.68 PPM 148.09 ppmonstr Gpre 465,145 1.76 1.92 PPM 132.88 ba 1.01b5 -24-g 465,594 2.08 1.20 BWT+Ari 132.61 acb 2.00 u 466,158 38.48 38.25 AC 206.22 zzip 0.35g -mx -b8 467,383 1.96 1.65 BWT+Ari 133.44 bee 0.49 m3d2 468,436 12.29 12.64 PPM 155.05 ba 1.01b5 -24 468,567 2.15 1.20 BWT+Ari 133.51 * ppmdg 468,583 0.81 0.91 PPM 131.88 * szip 1.12 b21 o0 470,894 3.34 0.78 BWT+Ari 134.92 szip 1.12 b21 o12 470,995 3.53 1.39 ST+Ari 135.75 szip 1.12 b21 o10 471,211 2.93 1.22 ST+Ari 135.04 rk 1.04a01 mx2 471,284 30.99 31.33 PPM 193.23 ICT UC 1.0 472,556 2.54 1.27 ST+Ari 135.08 szip 1.12 b21 o8 472,577 2.32 1.12 ST+Ari 134.71 acb 2.00 b 472,689 24.92 24.71 AC 180.93 sbc 0.360 -b3 474,298 2.11 1.08 BWT+Ari 134.93 ba 1.01b5 -24-p 475,561 2.14 1.21 BWT+Ari 135.45 eri 4.7fre -m5 476,063 9.21 1.23 ST+PPM 142.68 eri 4.7fre -m4 476,064 7.54 1.23 ST+PPM 141.01 eri 4.7fre -m3 476,338 6.78 1.20 ST+PPM 140.30 777 0.04b1 m5 mu32 md1024 476,341 12.69 14.07 PPM 159.08 rk 1.04a01 mx3 ft 476,564 40.69 41.26 PPM 214.33 rkuc 1.04 477,092 3.34 3.54 PPM 139.41 dst 0.9 mt 4 477,369 14.01 7.91 LZ+PPM 154.52 dst 0.9 mt 477,464 8.68 7.89 LZ+PPM 149.20 szip 1.12 b21 o6 478,277 1.72 1.03 ST+Ari 135.60 bwc/PGCC 0.99 m2m 479,162 1.69 0.83 BWT+Ari 135.62 bee 0.49 m2d2 479,285 9.57 9.84 PPM 152.54 eri 4.7fre -m2 482,505 6.00 1.04 ST+PPM 141.07 777 0.04b1 m5 mu16 md1024 483,260 10.98 12.40 PPM 157.62 rk 1.04a01 mx3 M16 483,436 29.16 29.59 PPM 193.04 arc' (I.Sutton) 483,875 1.86 1.32 BWT+Ari 137.59 acb 2.00 B 485,205 16.50 16.34 AC 167.62 ann p12 485,270 12.38 12.19 PPM+NN 159.37 rk 1.02a05 mx3 M16 485,424 28.49 28.99 PPM 192.32 eri 4.7fre -m1 486,571 5.73 1.02 ST+PPM 141.91 bee 0.49 m1d2 486,671 7.74 7.99 PPM 150.92 ufa 0.04b1 m5 490,761 10.44 11.92 PPM 158.68 zzip 0.35g -mx 491,122 1.85 1.62 BWT+Ari 139.89 ba 1.01b5 494,214 2.06 1.21 BWT+Ari 140.55 sbc 0.360 499,079 1.97 1.03 BWT+Ari 141.63 rk 1.04a01 mx1 501,980 26.87 27.24 PPM 193.55 rk 1.02a05 mx1 503,516 26.23 26.68 PPM 192.77 bwc/PGCC 0.99 m900k 503,556 1.56 0.83 BWT+Ari 142.27 bwc/PGCC 0.99 504,026 1.56 0.82 BWT+Ari 142.39 * szip 1.12 b21 o4 506,348 0.48 0.94 ST+Ari 142.07 * imp 1.10 -2 u1000 506,524 1.07 0.64 BWT+Huf 142.41 bzip2/PGCC 1.0b7 -9 507,828 1.55 0.66 BWT+Huf 143.27 * exp1 1. 507,901 1.71 0.53 BWT+Huf 143.32 bwc/PGCC 0.99 m600k 519,470 1.51 0.82 BWT+Ari 146.63 bzip2/PGCC 1.0b7 -6 523,162 1.48 0.65 BWT+Huf 147.45 arhangel 1.40a1 -2 538,770 3.35 3.15 PPM 156.16 ha 0.999c a2 538,771 4.95 4.58 PPM 159.19 ufa1' md21 540,061 6.28 0.69 LZ+Ari 156.99 * ufa1' md21 mx 540,089 6.46 0.43 LZ+Ari 156.91 ufa1' 542,046 6.28 0.69 LZ+Ari 157.54 ufa1' mx 542,074 6.46 0.45 LZ+Ari 157.49 compressia' b256 545,673 2.64 1.87 BWT+Huf 156.09 777 0.04b1 m2 546,021 22.09 9.25 LZ+Ari 183.01 777 0.04b1 m9 546,021 22.29 9.18 LZ+Ari 183.14 * cabarc 1.00 LZX:21 546,390 4.82 0.07 LZ+Huf 156.67 rk 1.04a01 mn3 547,820 9.58 5.12 ROLZ 166.87 rk 1.04a01 mf3 547,820 9.59 5.11 ROLZ 166.87 bix 1.00b7 m1 549,578 5.16 0.14 LZ+Huf 157.96 arjz 0.50(md2m,mp9)+dict -e 562,528 6.23 0.72 LZ+Huf 163.20 arjz 0.50(md2m,mp9)+dict 562,553 6.24 0.76 LZ+Huf 163.26 ufa 0.04b1 m2 562,558 12.94 2.03 LZ+Ari 171.24 ufa 0.04b1 m9 562,558 13.25 1.82 LZ+Ari 171.34 uharc 0.2b m3 564,337 9.66 1.07 LZ+PPM 167.49 arjz 0.50(md2m)+dict 565,480 4.40 0.68 LZ+Huf 162.16 arjz 0.50(md2m)+dict -e 565,585 4.12 0.69 LZ+Huf 161.91 rar/win 2.70 m5 571,351 3.28 0.41 LZ+Huf 162.40 lzds2' s1024 m5 571,368 3.78 0.24 LZ+Ari 162.73 rar/win 2.70 m4 571,622 2.78 0.40 LZ+Huf 161.96 lzds2' s1024 m4 572,551 2.66 0.24 LZ+Ari 161.94 ace32 2.0c3 m5 d2048 572,929 2.56 0.89 LZ+Huf 162.60 rk 1.04a01 mn2 573,472 5.38 3.49 ROLZ 168.17 rk 1.04a01 mf2 573,472 5.41 3.48 ROLZ 168.19 ace32 2.0c3 m4 574,333 2.55 0.82 LZ+Huf 162.91 rar/win 2.70 m3 574,378 2.11 0.38 LZ+Huf 162.04 ace32 2.0c3 m3 574,485 2.52 0.80 LZ+Huf 162.90 lzds2' s1024 m3 576,733 1.86 0.24 LZ+Ari 162.30 cabarc 1.00 LZX:18 576,926 4.19 0.07 LZ+Huf 164.52 lz (Kabanov) 6 582,552 4.89 0.52 LZ+Huf 167.23 lz (Kabanov) 5 583,510 4.35 0.55 LZ+Huf 166.99 imp 1.10 -1 m3 u1000 583,538 2.09 0.32 LZ+Huf 164.50 arjz 0.50 mp9 md2m 583,625 27.54 0.43 LZ+Huf 190.09 lzds2' s1024 m2 584,805 1.51 0.23 LZ+Ari 164.19 lzds2' s512 m3 585,433 1.76 0.24 LZ+Ari 164.62 imp 1.10 -1 u1000 588,715 1.45 0.35 LZ+Huf 165.33 lz (Kabanov) 4 590,884 3.32 0.53 LZ+Huf 167.98 lzds2' s1024 m1 594,572 1.19 0.28 LZ+Ari 166.63 hap 3.00 606,859 2.49 2.67 PPM 173.73 rk 1.04a01 608,256 1.41 1.16 ROLZ 171.53 arjz 0.50 mp9 610,804 11.08 0.17 LZ+Huf 180.92 arjz 0.50 mp8 611,331 10.10 0.15 LZ+Huf 180.06 uharc 0.2b 611,915 7.94 1.20 LZ+PPM 179.12 arjz 0.50 md2m 612,726 6.63 0.40 LZ+Huf 177.23 lz (Kabanov) 3 617,886 1.67 0.53 LZ+Huf 173.83 rk 1.04a01 mf1 621,824 1.38 1.25 ROLZ 175.36 rk 1.04a01 mn1 621,824 1.39 1.24 ROLZ 175.36 jar32 1.02d m4 622,684 4.04 0.29 LZ+Huf 177.30 arjz 0.50 623,430 5.26 0.12 LZ+Huf 178.55 jar32 1.02d m3 623,821 4.02 0.29 LZ+Huf 177.59 lz (Kabanov) 2 639,100 1.25 0.53 LZ+Huf 179.31 lzds2' s64 m3 648,445 1.21 0.28 LZ+Ari 181.61 arjz 0.50 mp6 651,240 2.42 0.15 LZ+Huf 183.47 uharc 0.2b m1 654,620 4.46 1.42 LZ+PPM 187.72 cabarc 1.00 LZX:15 657,148 2.20 0.07 LZ+Huf 184.81 7zip 2.20 662,075 1.99 0.15 LZ+Huf 186.04 7zip 2.20 mx 662,102 3.63 0.12 LZ+Huf 187.66 lz (Kabanov) 1 668,878 1.06 0.53 LZ+Huf 187.39 arjz 0.50 mp5 679,220 1.44 0.17 LZ+Huf 190.28 uc 2.3.05 tn 680,210 1.72 0.40 LZ+Huf 191.07 arhangel 1.40a1 -1 684,415 1.26 0.45 LZ+Ari 191.83 ha 0.999c a1 684,868 2.33 0.78 LZ+Ari 193.35 pkzip 2.50 max 686,971 0.61 0.12 LZ+Huf 191.56 pkzip 2.04g -ex 688,850 0.86 0.13 LZ+Huf 192.34 esp 1.92 689,005 0.76 0.09 LZ+Huf 192.24 pkzip 2.50 691,821 0.53 0.13 LZ+Huf 192.83 pkzip 2.04g 697,853 0.72 0.13 LZ+Huf 194.70 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&RUS.TXT ===================== --- UNREG UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 20:56:21 To : All Subj : Compressors Comparison Test 6.0 [3/8] Тест: исходники на C (1,890,501 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * ppmonstr Gpre o16 m64 215,208 3.02 3.18 PPM 65.98 rk 1.04a01 mx3 M16 217,232 9.63 9.68 PPM 79.65 rk 1.04a01 mx2 217,232 9.63 9.69 PPM 79.66 * ppmonstr Gpre o12 m64 220,818 2.69 2.83 PPM 66.85 rk 1.04a01 mx1 222,092 9.31 9.39 PPM 80.39 rkuc 1.04 o16 x 224,528 10.29 10.70 PPM 83.35 rkuc 1.04 o12 x 225,020 8.94 9.26 PPM 80.70 * ppmdg o16 m64 225,293 1.33 1.40 PPM 65.31 ppmonstr Gpre o10 m64 227,196 2.49 2.56 PPM 68.16 rkuc 1.04 o8 x 229,744 7.57 7.91 PPM 79.29 bee 0.49 m2d3 229,869 11.59 12.53 PPM 87.97 bee 0.49 m3d3 229,991 15.91 17.22 PPM 97.01 * ppmdg o12 m64 230,353 1.18 1.22 PPM 66.38 rk 1.02a05 mx3 ft 231,168 11.49 11.84 PPM 87.54 acb 2.00 u 233,197 16.22 15.98 AC 96.97 * ppmdg o10 m64 235,942 1.02 1.13 PPM 67.68 acb 2.00 b 235,994 10.92 10.77 AC 87.24 ppmonstr Gpre o1 m64 236,956 4.91 5.05 PPM 75.78 ppmonstr Gpre o8 m32 237,026 2.14 2.34 PPM 70.32 boa 0.58b m15 238,348 6.14 6.21 PPM 78.55 rkuc 1.04 o16 238,728 8.03 8.46 PPM 82.80 ppmn 1.00a5 MT1 M:20 O7 239,160 2.06 2.21 PPM 70.70 bee 0.49 m2d2 240,784 12.06 13.02 PPM 91.96 bee 0.49 m3d2 240,976 16.15 17.49 PPM 100.57 acb 2.00 B 241,624 7.70 7.46 AC 82.27 rkuc 1.04 o12 242,664 6.82 7.20 PPM 81.42 dc 0.99.015b 243,558 1.58 1.16 BWT+Ari 70.39 ppmdg o8 m32 244,542 0.91 0.98 PPM 69.81 * ybs 0.3e 246,021 1.81 0.67 BWT+Ari 70.81 dc 0.99.015b -a 246,448 1.57 1.14 BWT+Ari 71.16 ppmn 1.00a5 MT0 M:20 O7 246,620 2.01 2.10 PPM 72.61 * ybs 0.3e -r 247,218 1.74 0.65 BWT+Ari 71.06 ppmn 1.00a5 O7 247,899 2.70 2.80 PPM 74.36 boa 0.58b m7 247,911 5.79 5.88 PPM 80.53 arc' (I.Sutton) b20 248,436 1.55 0.96 BWT+Ari 71.52 zzip 0.35g -a1 -b8 250,939 3.23 1.43 BWT+Ari 74.36 ba 1.01b5 -24-r 251,066 1.93 0.83 BWT+Ari 72.50 zzip 0.35g -mx -b8 251,576 4.21 1.63 BWT+Ari 75.72 ba 1.01b5 -24 251,777 1.70 0.81 BWT+Ari 72.44 rk 1.04a01 mf3 251,884 7.08 4.51 ROLZ 81.55 ba 1.01b5 -24-j 251,930 1.70 0.78 BWT+Ari 72.46 dst 0.9 mt 4 252,183 12.61 4.21 LZ+PPM 86.87 rk 1.04a01 mf2 252,496 4.08 2.69 ROLZ 76.90 rk 1.04a01 mn2 252,496 4.09 2.70 PPM/ROLZ 76.92 ba 1.01b5 -24-f 252,587 1.75 0.81 BWT+Ari 72.72 compressia' b2048 253,091 2.24 1.29 BWT+Huf 73.83 ba 1.01b5 -24-p 253,095 1.69 0.81 BWT+Ari 72.80 * bwc/PGCC 0.99 m2m 253,665 1.81 0.62 BWT+Ari 72.89 * szip 1.12 b21 o0 254,136 5.37 0.58 BWT+Ari 76.54 dst 0.9 mt 254,542 4.90 4.12 LZ+PPM 79.72 bee 0.49 m1d2 255,569 6.72 7.20 PPM 84.91 ppmonstr Gpre o6 m32 255,954 1.86 2.00 PPM 74.95 eri 4.7fre -m5 256,157 8.19 0.92 ST+PPM 80.26 eri 4.7fre -m4 256,158 7.31 0.92 ST+PPM 79.38 ppmonstr Gpre o1 m32 256,252 4.72 4.82 PPM 80.72 eri 4.7fre -m3 256,314 6.92 0.91 ST+PPM 79.02 sbc 0.360 -b3 257,541 2.39 0.85 BWT+Ari 74.77 ppmn 1.00a5 O6 259,130 2.60 2.72 PPM 77.30 eri 4.7fre -m2 260,045 6.47 0.82 ST+PPM 79.52 rkuc 1.04 o8 260,092 5.70 6.03 PPM 83.97 * ppmdg o6 m64 261,353 0.84 0.80 PPM 74.23 ppmn 1.00a5 MT1 M:20 262,337 1.70 1.81 PPM 76.38 eri 4.7fre -m1 262,556 6.35 0.81 ST+PPM 80.09 777 0.04b1 m2 262,968 27.63 5.09 LZ+Ari 105.76 szip 1.12 b21 o12 264,644 3.60 1.09 ST+Ari 78.20 ICT UC 1.0 265,614 2.27 0.92 ST+Ari 76.97 ufa1' md21 266,444 4.18 0.53 LZ+Ari 78.72 * ufa1' md21 mx 266,472 4.26 0.28 LZ+Ari 78.56 szip 1.12 b21 o10 267,380 2.91 0.98 ST+Ari 78.16 arc' (I.Sutton) 267,412 1.38 0.92 BWT+Ari 76.58 jar32 1.02d m4 270,194 2.53 0.31 LZ+Huf 77.89 jar32 1.02d m3 270,501 2.54 0.29 LZ+Huf 77.96 ufa1' 271,332 4.25 0.53 LZ+Ari 80.15 ufa1' mx 271,360 4.26 0.30 LZ+Ari 79.93 szip 1.12 b21 o8 271,422 2.26 0.85 ST+Ari 78.50 ppmonstr Gpre o5 m16 271,665 1.65 1.82 PPM 78.93 * cabarc 1.00 LZX:21 271,720 4.50 0.07 LZ+Huf 80.04 ppmn 1.00a5 O5 273,725 1.60 1.71 PPM 79.34 ppmn 1.00a5 273,725 1.63 1.71 PPM 79.37 ppmn 1.00a5 MT0 M:20 273,725 1.64 1.76 PPM 79.43 zzip 0.35g -a1 273,890 2.68 1.40 BWT+Ari 80.16 zzip 0.35g -mx 274,236 3.52 1.64 BWT+Ari 81.33 arjz 0.50(md2m,mp9)+dict -e 274,248 2.55 0.61 LZ+Huf 79.34 ba 1.01b5 275,135 1.63 0.80 BWT+Ari 78.85 arjz 0.50(md2m)+dict -e 275,580 1.91 0.61 LZ+Huf 79.07 arjz 0.50(md2m,mp9)+dict 275,747 3.24 0.68 LZ+Huf 80.51 * ppmdg o5 m16 276,112 0.76 0.75 PPM 78.20 bwc/PGCC 0.99 m900k 276,488 1.60 0.59 BWT+Ari 78.99 rk 1.04a01 276,772 1.16 0.92 PPM/ROLZ 78.96 ufa 0.04b1 m2 277,275 13.40 1.08 LZ+Ari 91.50 arjz 0.50(md2m)+dict 278,242 2.22 0.68 LZ+Huf 80.18 bix 1.00b7 m1 279,140 3.31 0.38 LZ+Huf 81.22 sbc 0.360 280,611 2.10 0.85 BWT+Ari 80.89 bzip2/PGCC 1.0b7 -9 280,776 1.77 0.51 BWT+Huf 80.27 imp 1.10 -2 u1000 280,845 1.25 0.58 BWT+Huf 79.84 exp1 1. 280,847 2.00 0.39 BWT+Huf 80.40 ace32 2.0c3 m5 d2048 280,999 2.06 0.87 LZ+Huf 80.98 szip 1.12 b21 o6 281,499 1.62 0.75 ST+Ari 80.56 ann p12 281,828 14.23 13.88 PPM+NN 106.39 rk 1.02a05 282,236 1.04 0.81 PPM/ROLZ 80.24 rar/win 2.70 m5 282,341 2.76 0.37 LZ+Huf 81.55 uharc 0.2b m3 282,467 8.27 0.99 LZ+PPM 87.72 rar/win 2.70 m4 282,751 1.98 0.38 LZ+Huf 80.90 rk 1.04a01 mn1 284,056 1.12 0.93 PPM/ROLZ 80.95 rk 1.04a01 mf1 284,056 1.12 0.94 ROLZ 80.96 rar/win 2.70 m3 285,373 1.30 0.36 LZ+Huf 80.93 ace32 2.0c3 m4 286,175 1.95 0.80 LZ+Huf 82.24 ace32 2.0c3 m3 286,455 1.90 0.76 LZ+Huf 82.23 arjz 0.50 mp9 md2m 286,560 8.80 0.18 LZ+Huf 88.58 bwc/PGCC 0.99 m600k 289,074 1.54 0.63 BWT+Ari 82.46 lzds2' s1024 m5 289,147 3.15 0.18 LZ+Ari 83.64 ba 1.01b5 -24-z 289,424 1.71 0.80 BWT+Ari 82.90 lzds2' s1024 m4 289,579 1.92 0.18 LZ+Ari 82.53 lzds2' s1024 m3 292,112 1.23 0.18 LZ+Ari 82.55 lzds2' s1024 m2 292,423 1.06 0.17 LZ+Ari 82.45 lz (Kabanov) 6 292,780 2.95 0.48 LZ+Huf 84.75 bzip2/PGCC 1.0b7 -6 293,205 1.68 0.55 BWT+Huf 83.67 lz (Kabanov) 5 293,630 2.29 0.48 LZ+Huf 84.33 arjz 0.50 md2m 293,650 2.03 0.18 LZ+Huf 83.77 imp 1.10 -1 m3 u1000 296,426 2.15 0.31 LZ+Huf 84.80 lzds2' s1024 m1 297,894 0.84 0.18 LZ+Ari 83.76 ppmonstr Gpre 298,239 1.42 1.60 PPM 85.86 777 0.04b1 m5 mu32 md1024 298,528 13.29 14.98 PPM 111.19 uharc 0.2b 299,429 4.80 1.05 LZ+PPM 89.02 cabarc 1.00 LZX:18 300,596 3.90 0.07 LZ+Huf 87.46 777 0.04b1 m5 mu16 md1024 300,803 11.34 13.01 PPM 107.90 ppmdg 301,317 0.61 0.67 PPM 84.97 * arc' (I.Sutton) m1 301,321 0.46 0.77 BWT+Ari 84.93 ufa 0.04b1 m5 303,651 10.67 12.39 PPM 107.40 lz (Kabanov) 4 304,746 1.64 0.49 LZ+Huf 86.78 * szip 1.12 b21 o4 307,456 0.39 0.63 ST+Ari 86.42 rkuc 1.04 311,124 2.93 3.10 PPM 92.45 imp 1.10 -1 u1000 311,208 1.47 0.35 LZ+Huf 88.26 arjz 0.50 mp9 314,862 3.78 0.12 LZ+Huf 91.36 arjz 0.50 mp8 315,253 2.69 0.12 LZ+Huf 90.38 arjz 0.50 318,452 1.51 0.12 LZ+Huf 90.08 uharc 0.2b m1 326,012 3.32 1.07 LZ+PPM 94.94 arjz 0.50 mp6 326,483 1.02 0.12 LZ+Huf 91.82 lz (Kabanov) 3 328,566 0.85 0.49 LZ+Huf 92.60 arjz 0.50 mp5 337,547 0.79 0.12 LZ+Huf 94.67 lz (Kabanov) 2 345,966 0.72 0.47 LZ+Huf 97.29 arhangel 1.40a1 -2 356,187 2.45 2.40 PPM 103.79 ha 0.999c a2 356,188 3.69 3.41 PPM 106.04 uc 2.3.05 tt 358,260 1.44 0.28 LZ+Huf 101.23 uc 2.3.05 tn 365,996 1.16 0.25 LZ+Huf 103.07 arhangel 1.40a1 -1-mt 367,615 1.20 0.35 LZ+Ari 103.66 cabarc 1.00 LZX:15 374,688 2.54 0.07 LZ+Huf 106.69 lz (Kabanov) 1 375,332 0.66 0.50 LZ+Huf 105.41 7zip 2.20 mx 377,204 4.62 0.10 LZ+Huf 109.49 ufa 0.04b1 m2 mq 378,284 2.16 1.62 LZ+Ari 108.85 7zip 2.20 379,440 1.77 0.12 LZ+Huf 107.29 arhangel 1.40a1 -1 387,444 1.15 0.29 LZ+Ari 109.06 ha 0.999c a1 388,163 2.20 0.57 LZ+Ari 110.59 pkzip 2.50 max 389,629 0.46 0.09 LZ+Huf 108.78 pkzip 2.04g -ex 391,944 0.64 0.11 LZ+Huf 109.62 esp 1.92 392,015 0.58 0.07 LZ+Huf 109.54 pkzip 2.50 392,454 0.37 0.12 LZ+Huf 109.50 hap 3.00 398,258 2.26 2.55 PPM 115.43 pkzip 2.04g 399,206 0.40 0.13 LZ+Huf 111.42 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&SRC.TXT ===================== --- UNREG UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 20:57:12 To : All Subj : Compressors Comparison Test 6.0 [4/8] Тест: исполняемый файл из Watcom 10.0 - wcc386.exe (536,624 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * rk 1.04a01 mx3 M64 251,912 9.21 9.50 PPM 88.68 * rk 1.04a01 mx3 M16 252,116 7.54 7.85 PPM 85.42 rk 1.04a01 mx2 252,184 7.93 8.28 PPM 86.26 * rk 1.04a01 mx1 253,772 7.22 7.56 PPM 85.27 777 0.04b1 m9 258,689 15.64 12.32 LZ+Ari 99.81 * ufa1' md21 mx 258,966 1.38 0.23 LZ+Ari 73.54 ufa1' mx 259,025 1.37 0.26 LZ+Ari 73.58 ppmn 1.00a5 O6 260,643 2.63 2.79 PPM 77.82 ppmn 1.00a5 O7 260,790 2.62 2.78 PPM 77.84 ppmn 1.00a5 O5 261,531 2.12 2.28 PPM 77.04 ppmn 1.00a5 261,531 2.14 2.26 PPM 77.04 ppmn 1.00a5 O6 ICd 263,415 2.64 2.82 PPM 78.63 ppmn 1.00a5 O7 ICd 263,487 2.68 2.83 PPM 78.70 ufa 0.04b1 m9 263,564 2.77 0.81 LZ+Ari 76.79 ppmn 1.00a5 O5 ICd 264,262 2.13 2.30 PPM 77.83 bee 0.49 m3d3 272,421 3.78 3.66 PPM 83.11 bee 0.49 m3d2 272,579 4.14 3.91 PPM 83.76 rkuc 1.04 o16 b x 273,304 5.65 6.16 PPM 87.72 rkuc 1.04 o12 b x 273,312 5.49 5.98 PPM 87.39 * cabarc 1.00 LZX:21 273,527 0.92 0.04 LZ+Huf 76.93 bee 0.49 m2d3 273,594 3.55 3.36 PPM 82.90 bee 0.49 m2d2 273,829 3.87 3.62 PPM 83.55 uharc 0.2b m3 273,922 2.72 0.56 LZ+PPM 79.36 cabarc 1.00 LZX:18 274,173 0.91 0.07 LZ+Huf 77.13 rk 1.04a01 mf2 274,540 2.51 2.36 ROLZ 81.13 bix 1.00b7 m9 275,333 0.98 0.07 LZ+Huf 77.53 * ybs 0.3e -m512k 275,396 0.66 0.51 BWT+Ari 77.66 rk 1.04a01 mf3 275,496 4.46 4.09 ROLZ 85.07 uharc 0.2b 275,796 2.03 0.57 LZ+PPM 79.21 ybs 0.3e 276,035 0.66 0.57 BWT+Ari 77.90 777 0.04b1 m2 276,036 16.91 13.61 LZ+Ari 107.19 ufa1' 276,122 1.39 0.29 LZ+Ari 78.38 ace32 2.0c3 m5 d2048 276,310 0.76 0.62 LZ+Huf 78.13 ace32 2.0c3 m4 276,330 0.75 0.63 LZ+Huf 78.13 ace32 2.0c3 m3 276,382 0.75 0.62 LZ+Huf 78.14 ufa1' md21 276,943 1.38 0.29 LZ+Ari 78.59 uharc 0.2b m1 277,011 1.56 0.57 LZ+PPM 79.07 acb 2.00 u 277,398 10.98 10.94 AC 98.97 arc' (I.Sutton) b5mm1 278,392 1.33 0.48 BWT+Ari 79.14 ybs 0.3e -rm512k 278,509 0.65 0.52 BWT+Ari 78.53 bee 0.49 m1d2 278,572 2.94 2.82 PPM 83.14 ybs 0.3e -r 279,207 0.63 0.54 BWT+Ari 78.72 rk 1.04a01 mf1 279,376 0.95 0.95 ROLZ 79.50 rk 1.04a01 mn1 279,376 0.96 0.94 PPM/ROLZ 79.50 rk 1.04a01 279,444 0.97 0.97 PPM/ROLZ 79.56 acb 2.00 b 279,877 7.13 7.14 AC 92.01 arc' (I.Sutton) mm1 280,052 1.34 0.46 BWT+Ari 79.59 ufa 0.04b1 m2 280,425 2.83 0.87 LZ+Ari 81.59 ppmonstr Gpre o12 m64 280,817 1.69 1.81 PPM 81.50 ppmonstr Gpre o10 m64 280,818 1.68 1.80 PPM 81.48 ppmonstr Gpre o16 m64 280,852 1.68 1.83 PPM 81.52 ppmonstr Gpre o8 m64 280,878 1.69 1.78 PPM 81.49 ppmonstr Gpre o1 m64 280,922 1.72 1.83 PPM 81.58 ppmonstr Gpre o6 m32 281,085 1.62 1.75 PPM 81.44 dc 0.99.015b -mb -fl 281,757 0.62 0.46 BWT+Ari 79.34 dc 0.99.015b 282,011 0.63 0.52 BWT+Ari 79.48 * cabarc 1.00 LZX:15 282,277 0.61 0.01 LZ+Huf 79.03 ppmonstr Gpre o5 m16 282,513 1.62 1.73 PPM 81.82 ppmdg o8 m64 282,689 1.07 1.15 PPM 80.74 ppmdg o10 m64 282,723 1.08 1.15 PPM 80.76 ppmdg o12 m64 282,743 1.08 1.17 PPM 80.78 ppmdg o16 m64 282,794 1.07 1.17 PPM 80.79 ppmdg o6 m64 282,842 1.00 1.13 PPM 80.69 arhangel 1.40a1 -2-mc8192 283,222 2.37 2.10 PPM 83.14 ppmdg o5 m16 283,629 0.99 1.10 PPM 80.87 acb 2.00 B 283,910 4.64 4.69 AC 88.19 ppmonstr Gpre 283,989 1.55 1.65 PPM 82.08 rkuc 1.04 o8 b 284,128 4.36 4.82 PPM 88.10 rkuc 1.04 o12 b 284,208 4.61 5.03 PPM 88.58 rkuc 1.04 o16 b 284,268 4.75 5.21 PPM 88.92 ppmdg 284,953 0.94 1.03 PPM 81.12 boa 0.58b m7 287,708 6.53 6.54 PPM 92.98 * imp 1.10 -1 m3 u1000 287,755 0.29 0.12 LZ+Huf 80.34 boa 0.58b m15 287,763 7.45 7.45 PPM 94.83 imp 1.10 -1 u1000 288,589 0.32 0.10 LZ+Huf 80.58 zzip 0.35g -mx 291,199 0.74 0.66 BWT+Ari 82.28 zzip 0.35g -a2 291,199 0.76 0.66 BWT+Ari 82.30 arc' (I.Sutton) b5 291,345 0.58 0.48 BWT+Ari 81.98 bix 1.00b7 m1 292,368 0.94 0.12 LZ+Huf 82.27 rkuc 1.04 o8 292,848 3.59 4.13 PPM 89.06 arhangel 1.40a1 -1-mm6 292,905 0.51 0.19 LZ+Ari 82.06 arhangel 1.40a1 -1 292,905 0.53 0.22 LZ+Ari 82.11 rkuc 1.04 o12 292,924 3.75 4.29 PPM 89.40 dst 0.9 me 4 292,971 6.70 1.35 LZ+DHuf 89.43 arc' (I.Sutton) 292,979 0.58 0.48 BWT+Ari 82.44 rkuc 1.04 o16 292,980 3.97 4.48 PPM 89.83 arc' (I.Sutton) mm1m1 293,214 1.07 0.38 BWT+Ari 82.89 ba 1.01b5 -24-r-z 293,345 0.82 0.64 BWT+Ari 82.94 ba 1.01b5 -24-z 293,489 0.82 0.64 BWT+Ari 82.98 rkuc 1.04 293,560 2.46 2.93 PPM 86.93 ba 1.01b5 -24-T-z 293,852 0.83 0.64 BWT+Ari 83.09 dc 0.99.015b -a 293,985 0.56 0.49 BWT+Ari 82.71 dc 0.99.015b -mb -fb 293,985 0.56 0.49 BWT+Ari 82.71 arc' (I.Sutton) b2 293,989 0.55 0.43 BWT+Ari 82.64 dst 0.9 mb 4 294,445 5.54 0.98 LZ+DHuf 88.31 imp 1.10 -2 u1000 294,679 0.38 0.18 BWT+Huf 82.41 dst 0.9 me 294,983 1.44 1.01 LZ+DHuf 84.38 dst 0.9 mb 296,376 1.05 0.65 LZ+DHuf 84.02 ha 0.999c a2 296,805 5.47 5.07 PPM 92.98 rar/win 2.70 m5 mm 297,462 0.61 0.14 LZ+Huf 83.37 ann p12 297,487 4.03 3.96 PPM+NN 90.62 compressia' b512 297,647 0.97 1.16 BWT+Huf 84.80 compressia' b2048 297,996 0.96 1.18 BWT+Huf 84.91 ICT UC 1.0 298,348 0.75 0.53 ST+Ari 84.15 ba 1.01b5 -24-r 298,392 0.81 0.64 BWT+Ari 84.33 ba 1.01b5 298,617 0.82 0.66 BWT+Ari 84.42 szip 1.12 b21 o0 298,668 0.76 0.31 BWT+Ari 84.03 szip 1.12 b21 o10 298,679 0.83 0.48 ST+Ari 84.27 szip 1.12 b21 o12 298,682 0.98 0.49 ST+Ari 84.43 szip 1.12 b21 o6 298,693 0.56 0.40 ST+Ari 83.93 szip 1.12 b21 o8 298,719 0.67 0.44 ST+Ari 84.08 ba 1.01b5 -24-T 298,884 0.83 0.64 BWT+Ari 84.49 rar/win 2.70 m5 298,913 0.59 0.12 LZ+Huf 83.74 rar/win 2.70 m4 298,944 0.57 0.14 LZ+Huf 83.75 rar/win 2.70 m3 299,021 0.56 0.12 LZ+Huf 83.74 szip 1.12 b21 o4 299,249 0.27 0.39 ST+Ari 83.78 ufa 0.04b1 m5 299,405 4.63 5.08 PPM 92.87 777 0.04b1 m5 mu32 md1024 299,565 5.49 5.89 PPM 94.59 777 0.04b1 m5 mu16 md1024 299,653 4.83 5.29 PPM 93.35 compressia' b256 299,704 0.93 1.06 BWT+Huf 85.24 arjz 0.50 mp9 md2m 300,114 2.06 0.07 LZ+Huf 85.49 jar32 1.02d m4 300,133 1.20 0.14 LZ+Huf 84.71 jar32 1.02d m3 300,142 1.19 0.16 LZ+Huf 84.72 arjz 0.50 mp9 300,265 1.65 0.08 LZ+Huf 85.13 arjz 0.50 mp8 300,339 1.40 0.07 LZ+Huf 84.89 arjz 0.50 md2m 300,641 1.04 0.07 LZ+Huf 84.62 arjz 0.50 300,679 0.94 0.07 LZ+Huf 84.53 arjz 0.50 mp6 301,236 0.65 0.07 LZ+Huf 84.39 zzip 0.35g -a1 302,063 0.77 0.64 BWT+Ari 85.31 arjz 0.50 mp5 302,486 0.51 0.07 LZ+Huf 84.60 sbc 0.360 303,049 0.75 0.44 BWT+Ari 85.37 eri 4.7fre -m4 303,666 2.86 0.63 ST+PPM 87.84 eri 4.7fre -m5 303,666 3.65 0.64 ST+PPM 88.64 eri 4.7fre -m3 303,778 2.50 0.62 ST+PPM 87.50 bwc/PGCC 0.99 m600k 304,996 0.58 0.37 BWT+Ari 85.67 7zip 2.20 mx 305,435 0.96 0.07 LZ+Huf 85.87 arc' (I.Sutton) m1 305,793 0.31 0.40 BWT+Ari 85.65 eri 4.7fre -m2 306,221 2.11 0.56 ST+PPM 87.73 7zip 2.20 306,575 0.47 0.07 LZ+Huf 85.69 lzds2' s1024 m5 308,521 0.47 0.13 LZ+Ari 86.30 bzip2/PGCC 1.0b7 -6 308,624 0.63 0.26 BWT+Huf 86.61 lzds2' s1024 m4 308,677 0.46 0.12 LZ+Ari 86.32 exp1 1. 308,698 0.60 0.23 BWT+Huf 86.57 lzds2' s1024 m3 308,724 0.43 0.12 LZ+Ari 86.30 lz (Kabanov) 6 309,064 0.75 0.23 LZ+Huf 86.83 lz (Kabanov) 5 309,074 0.71 0.23 LZ+Huf 86.79 lz (Kabanov) 4 309,094 0.70 0.24 LZ+Huf 86.79 eri 4.7fre -m1 309,390 1.93 0.53 ST+PPM 88.40 ha 0.999c a1 309,529 1.02 0.35 LZ+Ari 87.35 lz (Kabanov) 3 310,652 0.56 0.23 LZ+Huf 87.08 lzds2' s1024 m2 310,873 0.37 0.14 LZ+Ari 86.86 lzds2' s1024 m1 310,932 0.36 0.14 LZ+Ari 86.87 uc 2.3.05 tt 310,990 0.65 0.09 LZ+Huf 87.12 lz (Kabanov) 2 311,680 0.51 0.23 LZ+Huf 87.31 uc 2.3.05 tn 312,252 0.59 0.09 LZ+Huf 87.41 pkzip 2.50 max 312,925 0.23 0.07 LZ+Huf 87.22 pkzip 2.50 313,254 0.18 0.06 LZ+Huf 87.25 esp 1.92 313,341 0.21 0.11 LZ+Huf 87.35 pkzip 2.04g -ex 313,413 0.30 0.07 LZ+Huf 87.42 lz (Kabanov) 1 314,076 0.45 0.23 LZ+Huf 87.92 pkzip 2.04g 314,092 0.24 0.07 LZ+Huf 87.55 hap 3.00 315,960 1.94 2.13 PPM 91.83 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&EXE.TXT ===================== --- UNREG UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 21:02:08 To : All Subj : Compressors Comparison Test 6.0 [5/8] Тест: Словарь (627,761 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * sbc 0.360 -e 100,389 0.96 0.36 BWT+Ari 29.20 sbc 0.360 102,342 1.52 0.37 BWT+Ari 30.31 * compressia' b2048 113,769 0.63 0.62 BWT+Huf 32.85 compressia' b512 114,225 0.83 0.52 BWT+Huf 33.07 ace32 2.0c3 m5 d2048 114,978 0.93 0.67 LZ+Huf 33.53 ace32 2.0c3 m4 115,162 0.80 0.63 LZ+Huf 33.41 ace32 2.0c3 m3 115,434 0.75 0.62 LZ+Huf 33.43 compressia' b256 118,340 0.78 0.50 BWT+Huf 34.15 dc 0.99.015b -mb -fl 119,510 13.19 0.53 BWT+Ari 46.91 * ufa1' md21 mx 119,973 1.91 0.27 LZ+Ari 35.50 * ufa1' mx 119,973 1.93 0.23 LZ+Ari 35.48 ufa1' md21 120,395 1.91 0.34 LZ+Ari 35.69 ufa1' 120,401 1.93 0.32 LZ+Ari 35.69 * dc 0.99.015b 120,946 0.40 0.40 BWT+Ari 34.39 rkuc 1.04 o12 b x 122,908 5.70 5.93 PPM 45.77 rkuc 1.04 o16 b x 122,908 5.87 6.09 PPM 46.10 eri 4.7fre -m5 130,117 2.52 0.43 ST+PPM 39.09 eri 4.7fre -m4 130,118 2.23 0.43 ST+PPM 38.80 eri 4.7fre -m3 130,189 2.04 0.42 ST+PPM 38.62 eri 4.7fre -m2 131,280 1.87 0.40 ST+PPM 38.73 777 0.04b1 m2 131,608 11.15 8.04 LZ+Ari 55.74 eri 4.7fre -m1 134,375 1.78 0.37 ST+PPM 39.47 ufa 0.04b1 m2 148,455 2.82 0.71 LZ+Ari 44.76 bix 1.00b7 m1 174,572 1.41 0.18 LZ+Huf 50.08 * cabarc 1.00 LZX:18 178,139 1.27 0.02 LZ+Huf 50.77 cabarc 1.00 LZX:21 178,239 1.30 0.03 LZ+Huf 50.84 cabarc 1.00 LZX:15 179,907 0.67 0.04 LZ+Huf 50.68 uharc 0.2b m3 180,439 2.81 0.51 LZ+PPM 53.44 rk 1.04a01 mx1 181,300 7.51 7.64 PPM 65.51 rk 1.04a01 mx3 M16 182,676 7.77 7.96 PPM 66.47 rk 1.04a01 mx2 183,372 8.17 8.39 PPM 67.49 rk 1.04a01 mx3 M64 185,012 8.42 8.62 PPM 68.43 uharc 0.2b m1 187,763 1.61 0.54 LZ+PPM 54.30 uharc 0.2b 190,143 2.35 0.54 LZ+PPM 55.70 7zip 2.20 mx 198,706 1.17 0.07 LZ+Huf 56.43 dst 0.9 mb 198,745 1.17 0.60 LZ+DHuf 56.97 dst 0.9 mb 4 199,322 9.80 1.01 LZ+DHuf 66.17 7zip 2.20 199,701 0.64 0.07 LZ+Huf 56.18 rar/win 2.70 m3 201,617 0.55 0.18 LZ+Huf 56.73 rar/win 2.70 m4 201,684 0.61 0.18 LZ+Huf 56.81 rar/win 2.70 m5 201,691 0.57 0.18 LZ+Huf 56.77 lz (Kabanov) 2 210,402 0.42 0.23 LZ+Huf 59.09 lz (Kabanov) 3 210,960 0.48 0.23 LZ+Huf 59.31 lzds2' s64 m3 211,941 0.41 0.12 LZ+Ari 59.40 lz (Kabanov) 5 212,210 0.71 0.26 LZ+Huf 59.91 lz (Kabanov) 4 212,214 0.72 0.23 LZ+Huf 59.89 lz (Kabanov) 6 212,216 0.76 0.24 LZ+Huf 59.94 arjz 0.50 mp5 212,330 0.52 0.07 LZ+Huf 59.57 * imp 1.10 -1 u1000 212,417 0.37 0.13 LZ+Huf 59.50 imp 1.10 -1 m3 u1000 212,923 0.36 0.16 LZ+Huf 59.66 arjz 0.50 mp6 213,192 0.73 0.07 LZ+Huf 60.02 arjz 0.50 mp9 213,298 3.45 0.08 LZ+Huf 62.77 arjz 0.50 mp8 213,357 2.42 0.08 LZ+Huf 61.76 arjz 0.50 213,400 1.20 0.09 LZ+Huf 60.56 lz (Kabanov) 1 213,696 0.38 0.23 LZ+Huf 59.97 arjz 0.50 md2m 213,893 1.44 0.18 LZ+Huf 61.03 arjz 0.50 mp9 md2m 213,939 4.99 0.18 LZ+Huf 64.59 uc 2.3.05 tn 214,834 0.59 0.08 LZ+Huf 60.34 uc 2.3.05 tt 214,900 0.73 0.08 LZ+Huf 60.50 lzds2' s512 m3 215,470 0.44 0.12 LZ+Ari 60.41 lzds2' s1024 m4 216,024 0.45 0.12 LZ+Ari 60.57 lzds2' s1024 m5 216,049 0.49 0.12 LZ+Ari 60.62 lzds2' s1024 m3 216,077 0.43 0.12 LZ+Ari 60.57 lzds2' s1024 m2 217,067 0.34 0.13 LZ+Ari 60.76 lzds2' s1024 m1 217,278 0.36 0.12 LZ+Ari 60.83 * pkzip 2.50 max 222,922 0.27 0.07 LZ+Huf 62.26 * pkzip 2.50 222,997 0.17 0.07 LZ+Huf 62.18 pkzip 2.04g 223,340 0.24 0.07 LZ+Huf 62.34 jar32 1.02d m4 223,664 1.49 0.17 LZ+Huf 63.78 jar32 1.02d m3 223,666 1.54 0.12 LZ+Huf 63.78 pkzip 2.04g -ex 223,706 0.32 0.07 LZ+Huf 62.53 ppmn 1.00a5 O6 RL3 223,979 3.09 3.30 PPM 68.60 ppmn 1.00a5 O6 RLd 224,057 3.07 3.27 PPM 68.57 ppmn 1.00a5 O6 224,201 3.09 3.25 PPM 68.61 ppmn 1.00a5 O7 RL3 224,590 3.13 3.35 PPM 68.86 ppmn 1.00a5 O7 RLd 224,665 3.11 3.31 PPM 68.82 ppmn 1.00a5 O7 224,800 3.12 3.32 PPM 68.88 ha 0.999c a1 225,531 2.03 0.33 LZ+Ari 65.00 ppmn 1.00a5 O5 RL3 225,664 2.31 2.56 PPM 67.55 arhangel 1.40a1 -1 226,702 0.90 0.20 LZ+Ari 64.07 arc' (I.Sutton) m1 227,143 0.29 0.40 BWT+Ari 63.78 arc' (I.Sutton) mm1m1 227,143 1.04 0.43 BWT+Ari 64.56 ppmn 1.00a5 O5 RLd 227,253 2.33 2.60 PPM 68.05 ppmn 1.00a5 227,570 2.34 2.61 PPM 68.16 rk 1.04a01 mf2 228,236 2.36 2.02 ROLZ 67.77 rk 1.04a01 mf3 230,696 4.43 3.83 ROLZ 72.34 esp 1.92 233,636 0.23 0.05 LZ+Huf 65.17 ppmonstr Gpre o1 m32 238,224 1.75 1.88 PPM 69.80 ppmonstr Gpre o16 m200 238,224 1.75 1.88 PPM 69.80 ppmonstr Gpre o12 m64 238,224 1.75 1.90 PPM 69.82 ppmonstr Gpre o16 m64 238,224 1.76 1.88 PPM 69.81 ppmonstr Gpre o10 m64 238,226 1.75 1.88 PPM 69.80 ppmonstr Gpre o8 m32 238,357 1.73 1.87 PPM 69.81 acb 2.00 u 238,664 9.66 9.63 AC 85.58 acb 2.00 b 238,965 6.37 6.39 AC 79.13 bee 0.49 m3d2 239,393 3.09 3.14 PPM 72.72 ybs 0.3e -rm256k 239,807 0.66 0.52 BWT+Ari 67.79 acb 2.00 B 239,976 4.25 4.25 AC 75.16 ppmonstr Gpre o6 m32 241,076 1.70 1.83 PPM 70.49 ybs 0.3e -rm512k 241,438 0.69 0.53 BWT+Ari 68.28 bee 0.49 m3d3 241,511 2.95 3.06 PPM 73.09 rk 1.04a01 mf1 241,924 0.77 0.76 ROLZ 68.73 bee 0.49 m2d2 243,023 2.82 2.93 PPM 73.25 rk 1.04a01 243,544 0.81 0.77 PPM/ROLZ 69.23 bee 0.49 m2d3 244,934 2.76 2.92 PPM 73.71 bee 0.49 m1d2 245,782 2.68 2.81 PPM 73.76 ybs 0.3e -r 246,653 0.69 0.56 BWT+Ari 69.76 ppmonstr Gpre o5 m16 247,248 1.67 1.78 PPM 72.13 ICT UC 1.0 249,330 0.74 0.50 ST+Ari 70.49 szip 1.12 b21 o6 249,351 0.54 0.36 ST+Ari 70.16 szip 1.12 b21 o0 249,373 0.89 0.29 BWT+Ari 70.45 szip 1.12 b21 o4 249,390 0.24 0.35 ST+Ari 69.86 ba 1.01b5 -24-r-z 249,402 0.85 0.59 BWT+Ari 70.71 ba 1.01b5 -24-T-z 250,028 0.87 0.58 BWT+Ari 70.90 ba 1.01b5 -24-z 250,039 0.89 0.59 BWT+Ari 70.93 ybs 0.3e -m256k 250,867 0.64 0.47 BWT+Ari 70.79 arc' (I.Sutton) b2 251,280 0.61 0.46 BWT+Ari 70.87 ppmdg o10 m64 251,752 1.15 1.29 PPM 72.37 ppmdg o12 m64 251,762 1.14 1.31 PPM 72.38 ppmdg o16 m64 251,762 1.15 1.30 PPM 72.38 ppmdg o8 m32 251,888 1.16 1.26 PPM 72.38 ba 1.01b5 252,632 0.87 0.59 BWT+Ari 71.63 ybs 0.3e -m512k 252,930 0.70 0.48 BWT+Ari 71.43 zzip 0.35g -mx 253,163 0.76 0.72 BWT+Ari 71.80 zzip 0.35g -a4 253,163 0.77 0.71 BWT+Ari 71.80 zzip 0.35g -a3 253,163 0.78 0.70 BWT+Ari 71.80 rkuc 1.04 o8 x 253,544 3.88 4.08 PPM 78.38 arc' (I.Sutton) b5 254,080 0.61 0.50 BWT+Ari 71.68 arc' (I.Sutton) b5mm1 254,080 1.37 0.49 BWT+Ari 72.43 ppmdg o6 m64 254,085 1.11 1.24 PPM 72.92 rkuc 1.04 o8 b 254,752 4.19 4.59 PPM 79.54 rkuc 1.04 o12 b 254,756 4.42 4.81 PPM 79.99 rkuc 1.04 o16 b 254,756 4.63 5.03 PPM 80.42 ppmonstr Gpre 256,183 1.51 1.61 PPM 74.28 ppmdg o5 m16 256,654 1.08 1.19 PPM 73.56 bwc/PGCC 0.99 m900k 259,959 0.69 0.36 BWT+Ari 73.26 bwc/PGCC 0.99 m600k 259,959 0.69 0.37 BWT+Ari 73.27 ybs 0.3e 260,483 0.70 0.49 BWT+Ari 73.54 arhangel 1.40a1 -2-mc8192 260,514 2.08 1.95 PPM 76.39 zzip 0.35g -a1 261,683 0.77 0.71 BWT+Ari 74.16 ann p12 262,106 4.10 4.05 PPM+NN 80.95 rkuc 1.04 o8 262,320 3.82 4.24 PPM 80.92 rkuc 1.04 o12 262,324 4.03 4.44 PPM 81.33 rkuc 1.04 o16 262,324 4.22 4.68 PPM 81.76 ppmdg 262,330 0.97 1.05 PPM 74.88 dc 0.99.015b -a 262,376 0.55 0.56 BWT+Ari 73.99 arc' (I.Sutton) 262,670 0.65 0.53 BWT+Ari 74.14 arc' (I.Sutton) mm1 262,670 1.40 0.55 BWT+Ari 74.91 ha 0.999c a2 263,259 4.58 4.29 PPM 81.99 boa 0.58b m7 263,638 6.59 6.57 PPM 86.39 bzip2/PGCC 1.0b7 -6 265,914 0.59 0.25 BWT+Huf 74.70 boa 0.58b m15 265,938 7.47 7.40 PPM 88.74 dst 0.9 mt 270,988 5.59 6.65 LZ+PPM 87.51 dst 0.9 mt 4 270,988 7.22 6.64 LZ+PPM 89.13 rkuc 1.04 273,268 2.35 2.79 PPM 81.04 bzip2/PGCC 1.0b7 -9 274,659 0.59 0.26 BWT+Huf 77.14 exp1 1. 274,729 0.62 0.18 BWT+Huf 77.11 imp 1.10 -2 u1000 274,999 0.40 0.24 BWT+Huf 77.02 hap 3.00 277,286 1.75 1.92 PPM 80.69 ufa 0.04b1 m5 277,856 5.07 5.61 PPM 87.86 ufa 0.04b1 m2 mq 278,347 1.43 1.53 LZ+Ari 80.27 777 0.04b1 m5 mu16 md1024 280,382 5.39 5.88 PPM 89.15 777 0.04b1 m5 mu32 md1024 281,132 6.14 6.64 PPM 90.87 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&DIC.TXT ===================== --- UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 21:02:52 To : All Subj : Compressors Comparison Test 6.0 [6/8] Тест: WinWord-файл Fileware.doc (427,520 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * 777 0.04b1 m2 103,919 7.46 4.46 LZ+Ari 40.78 * rk 1.04a01 mx1 106,636 4.47 4.50 PPM 38.59 rk 1.04a01 mx3 M16 107,804 4.64 4.70 PPM 39.28 rk 1.04a01 mx2 107,992 4.78 4.84 PPM 39.61 * ufa 0.04b1 m2 108,254 1.87 0.39 LZ+Ari 32.33 * ufa1' 108,422 0.82 0.18 LZ+Ari 31.11 ufa1' md21 108,629 0.81 0.18 LZ+Ari 31.16 * ufa1' mx 108,877 0.83 0.12 LZ+Ari 31.19 ufa1' md21 mx 109,028 0.83 0.12 LZ+Ari 31.23 rkuc 1.04 o16 b x 109,376 3.05 3.21 PPM 36.64 rkuc 1.04 o12 b x 109,448 2.88 2.98 PPM 36.26 ppmonstr Gpre o1 m64 113,894 1.14 1.21 PPM 33.98 jar32 1.02d m3 114,234 0.89 0.12 LZ+Huf 32.74 jar32 1.02d m4 114,240 0.88 0.12 LZ+Huf 32.73 ppmonstr Gpre o16 m64 114,637 0.85 0.91 PPM 33.60 ppmonstr Gpre o12 m64 115,220 0.81 0.84 PPM 33.65 acb 2.00 u 115,500 3.05 3.09 AC 38.22 rkuc 1.04 o16 b 115,572 2.35 2.56 PPM 37.01 bee 0.49 m3d3 115,661 3.26 3.41 PPM 38.79 * ppmonstr Gpre o10 m64 115,711 0.77 0.83 PPM 33.74 rkuc 1.04 o12 b 115,908 2.15 2.31 PPM 36.65 acb 2.00 b 115,944 2.08 2.08 AC 36.36 bee 0.49 m3d2 116,395 3.82 3.94 PPM 40.09 ppmonstr Gpre o8 m32 116,475 0.76 0.75 PPM 33.86 rkuc 1.04 o8 b 116,500 2.00 2.09 PPM 36.45 bee 0.49 m2d3 116,782 2.32 2.41 PPM 37.16 * arjz 0.50 mp9 md2m 116,843 0.37 0.07 LZ+Huf 32.89 ppmdg o16 m64 116,988 0.43 0.49 PPM 33.41 acb 2.00 B 117,013 1.42 1.46 AC 35.38 arjz 0.50 mp9 117,170 0.35 0.07 LZ+Huf 32.96 * arjz 0.50 mp8 117,275 0.31 0.06 LZ+Huf 32.94 bee 0.49 m2d2 117,275 2.79 2.94 PPM 38.30 bix 1.00b7 m1 117,425 0.55 0.09 LZ+Huf 33.25 * arjz 0.50 md2m 117,451 0.29 0.07 LZ+Huf 32.98 ppmdg o12 m64 117,471 0.40 0.47 PPM 33.50 dst 0.9 mg 4 117,666 1.36 0.67 LZ+DHuf 34.71 dst 0.9 mb 4 117,767 1.05 0.43 LZ+DHuf 34.19 arjz 0.50 117,780 0.27 0.07 LZ+Huf 33.05 ppmdg o10 m64 117,882 0.38 0.43 PPM 33.55 ppmn 1.00a5 MT0 M:20 O7 117,952 1.06 1.12 PPM 34.94 cabarc 1.00 LZX:21 118,011 0.88 0.01 LZ+Huf 33.67 ppmn 1.00a5 O7 118,054 1.14 1.21 PPM 35.14 ppmonstr Gpre o6 m32 118,096 0.68 0.75 PPM 34.23 rkuc 1.04 o8 x 118,264 1.87 2.04 PPM 36.76 * cabarc 1.00 LZX:18 118,473 0.88 0.02 LZ+Huf 33.80 ppmn 1.00a5 MT0 M:20 O6 118,539 1.04 1.10 PPM 35.06 * arjz 0.50 mp6 118,546 0.24 0.07 LZ+Huf 33.23 ppmdg o8 m32 118,550 0.37 0.42 PPM 33.72 boa 0.58b m7 118,635 1.93 1.92 PPM 36.80 ppmn 1.00a5 O6 118,639 1.08 1.18 PPM 35.21 boa 0.58b m15 118,928 2.14 2.13 PPM 37.30 ace32 2.0c3 m4 119,106 0.50 0.59 LZ+Huf 34.17 ace32 2.0c3 m5 d2048 119,106 0.50 0.60 LZ+Huf 34.18 rar/win 2.70 m5 119,134 0.30 0.13 LZ+Huf 33.52 rar/win 2.70 m4 119,147 0.31 0.11 LZ+Huf 33.51 ace32 2.0c3 m3 119,154 0.50 0.60 LZ+Huf 34.19 imp 1.10 -1 m3 u1000 119,214 0.23 0.10 LZ+Huf 33.44 dst 0.9 mg 119,261 0.81 0.62 LZ+DHuf 34.55 rar/win 2.70 m3 119,279 0.30 0.12 LZ+Huf 33.55 dst 0.9 mb 119,364 0.50 0.39 LZ+DHuf 34.04 ppmonstr Gpre o5 m16 119,556 0.67 0.72 PPM 34.60 ppmn 1.00a5 MT0 M:20 119,736 0.85 0.89 PPM 35.00 ppmn 1.00a5 119,762 0.81 0.87 PPM 34.94 imp 1.10 -1 u1000 119,765 0.19 0.08 LZ+Huf 33.53 arjz 0.50 mp5 119,815 0.23 0.07 LZ+Huf 33.58 rkuc 1.04 o16 119,820 1.97 2.15 PPM 37.40 ppmdg o6 m64 119,923 0.35 0.38 PPM 34.04 cabarc 1.00 LZX:15 119,969 0.61 0.02 LZ+Huf 33.95 rkuc 1.04 o12 120,164 1.77 1.96 PPM 37.10 rkuc 1.04 o8 120,892 1.58 1.74 PPM 36.90 rk 1.04a01 mf2 121,244 1.75 1.64 ROLZ 37.06 ppmdg o5 m16 121,258 0.32 0.36 PPM 34.36 arhangel 1.40a1 -1 121,397 0.25 0.12 LZ+Ari 34.09 ha 0.999c a1 121,441 0.52 0.18 LZ+Ari 34.43 rk 1.04a01 mf3 121,496 3.46 3.38 ROLZ 40.58 7zip 2.20 mx 121,563 0.93 0.05 LZ+Huf 34.74 uharc 0.2b m3 121,578 1.47 0.32 LZ+PPM 35.56 ppmonstr Gpre 121,920 0.64 0.71 PPM 35.21 7zip 2.20 122,465 0.40 0.03 LZ+Huf 34.44 uharc 0.2b 122,520 1.08 0.32 LZ+PPM 35.43 uc 2.3.05 tt 123,372 0.32 0.01 LZ+Huf 34.60 ppmdg 123,648 0.31 0.34 PPM 34.99 rk 1.04a01 123,656 0.45 0.47 PPM/ROLZ 35.26 rk 1.04a01 mf1 123,760 0.42 0.47 ROLZ 35.26 uc 2.3.05 tn 124,200 0.30 0.06 LZ+Huf 34.86 rkuc 1.04 124,276 1.04 1.20 PPM 36.76 uharc 0.2b m1 124,549 0.91 0.32 LZ+PPM 35.82 lzds2' s1024 m2 124,702 0.24 0.07 LZ+Ari 34.94 lzds2' s1024 m1 124,835 0.24 0.08 LZ+Ari 34.99 ppmn 1.00a5 MT1 M:20 O7 125,017 1.07 1.15 PPM 36.94 ppmn 1.00a5 MT1 M:20 O6 125,919 1.04 1.11 PPM 37.12 pkzip 2.04g -ex 125,973 0.19 0.10 LZ+Huf 35.28 esp 1.92 126,095 0.15 0.04 LZ+Huf 35.21 lz (Kabanov) 6 126,146 0.35 0.14 LZ+Huf 35.53 lz (Kabanov) 5 126,164 0.29 0.13 LZ+Huf 35.46 lz (Kabanov) 4 126,260 0.26 0.13 LZ+Huf 35.46 bee 0.49 m1d2 126,902 1.53 1.65 PPM 38.43 pkzip 2.04g 127,232 0.13 0.06 LZ+Huf 35.53 pkzip 2.50 max 127,735 0.12 0.04 LZ+Huf 35.64 lz (Kabanov) 3 128,092 0.23 0.12 LZ+Huf 35.93 pkzip 2.50 128,161 0.11 0.06 LZ+Huf 35.77 arc' (I.Sutton) b2 128,685 0.38 0.23 BWT+Ari 36.35 lz (Kabanov) 2 128,714 0.24 0.12 LZ+Huf 36.11 arc' (I.Sutton) 129,479 0.35 0.26 BWT+Ari 36.57 arc' (I.Sutton) mm1 129,479 0.70 0.27 BWT+Ari 36.93 arc' (I.Sutton) b5 129,659 0.35 0.23 BWT+Ari 36.59 lzds2' s1024 m3 130,089 0.37 0.07 LZ+Ari 36.57 ybs 0.3e -m256k 130,356 0.37 0.24 BWT+Ari 36.82 lz (Kabanov) 1 130,618 0.21 0.13 LZ+Huf 36.62 arhangel 1.40a1 -2-mc8192 131,613 1.09 0.97 PPM 38.61 compressia' b256 131,737 0.61 0.40 BWT+Huf 37.60 lzds2' s1024 m4 131,863 0.40 0.09 LZ+Ari 37.11 ybs 0.3e -rm256k 132,194 0.38 0.24 BWT+Ari 37.34 ba 1.01b5 -24-r 132,651 0.41 0.30 BWT+Ari 37.55 zzip 0.35g -a1 132,711 0.65 0.40 BWT+Ari 37.91 ppmn 1.00a5 MT1 M:20 132,764 0.85 0.92 PPM 38.64 ba 1.01b5 -24-T 132,880 0.41 0.30 BWT+Ari 37.62 ba 1.01b5 -24-g 132,942 0.41 0.30 BWT+Ari 37.63 lzds2' s1024 m5 133,085 0.56 0.07 LZ+Ari 37.59 ba 1.01b5 -24-T-m 133,631 0.43 0.32 BWT+Ari 37.86 ba 1.01b5 -24-m 133,652 0.43 0.31 BWT+Ari 37.86 zzip 0.35g -mx 133,803 0.67 0.38 BWT+Ari 38.21 zzip 0.35g -a3 133,803 0.67 0.40 BWT+Ari 38.23 ba 1.01b5 133,904 0.41 0.30 BWT+Ari 37.90 dc 0.99.015b -a 133,911 0.35 0.31 BWT+Ari 37.85 dc 0.99.015b 133,912 0.42 0.35 BWT+Ari 37.96 ybs 0.3e 133,915 0.37 0.25 BWT+Ari 37.83 compressia' b512 134,007 0.96 0.47 BWT+Huf 38.65 bwc/PGCC 0.99 m600k 134,183 0.33 0.19 BWT+Ari 37.79 ha 0.999c a2 134,461 2.25 2.15 PPM 41.75 sbc 0.360 -e 134,510 0.54 0.27 BWT+Ari 38.17 bzip2/PGCC 1.0b7 -6 134,932 0.44 0.14 BWT+Huf 38.06 szip 1.12 b21 o0 134,945 0.90 0.15 BWT+Ari 38.53 exp1 1. 135,002 0.75 0.12 BWT+Huf 38.37 eri 4.7fre -m5 135,283 2.54 0.32 ST+PPM 40.43 eri 4.7fre -m4 135,284 2.16 0.31 ST+PPM 40.04 eri 4.7fre -m3 135,356 1.99 0.31 ST+PPM 39.89 imp 1.10 -2 u1000 135,431 0.30 0.12 BWT+Huf 38.03 ybs 0.3e -rm512k 135,507 0.40 0.25 BWT+Ari 38.29 ybs 0.3e -r 135,507 0.40 0.25 BWT+Ari 38.29 sbc 0.360 135,783 0.52 0.26 BWT+Ari 38.49 ufa 0.04b1 m5 136,321 2.94 3.30 PPM 44.10 777 0.04b1 m5 mu16 md1024 136,521 3.11 3.47 PPM 44.50 szip 1.12 b21 o12 136,566 0.52 0.28 ST+Ari 38.73 eri 4.7fre -m2 136,594 1.81 0.29 ST+PPM 40.04 777 0.04b1 m5 mu32 md1024 136,654 3.60 3.94 PPM 45.49 arc' (I.Sutton) m1 136,742 0.18 0.23 BWT+Ari 38.39 arc' (I.Sutton) mm1m1 136,742 0.52 0.24 BWT+Ari 38.74 ICT UC 1.0 136,842 0.41 0.29 ST+Ari 38.71 szip 1.12 b21 o10 137,055 0.43 0.29 ST+Ari 38.79 ba 1.01b5 -24-z 137,566 0.49 0.31 BWT+Ari 39.01 szip 1.12 b21 o8 137,704 0.36 0.23 ST+Ari 38.84 ann p12 137,909 2.98 2.94 PPM+NN 44.22 eri 4.7fre -m1 138,380 1.70 0.26 ST+PPM 40.39 szip 1.12 b21 o6 138,930 0.29 0.23 ST+Ari 39.11 ufa 0.04b1 m2 mq 139,466 0.63 0.58 LZ+Ari 39.95 hap 3.00 140,613 0.91 1.02 PPM 40.98 szip 1.12 b21 o4 141,784 0.17 0.18 ST+Ari 39.73 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&DOC.TXT ===================== --- UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 21:03:24 To : All Subj : Compressors Comparison Test 6.0 [7/8] Тест: бинарный OS2.INI - файл (594,821 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * 777 0.04b1 m2 84,454 11.05 3.78 LZ+Ari 38.28 * ufa1' 87,077 1.10 0.23 LZ+Ari 25.51 * ufa1' md21 87,121 1.12 0.18 LZ+Ari 25.50 ufa1' mx 87,454 1.10 0.14 LZ+Ari 25.53 * ufa1' md21 mx 87,510 1.11 0.12 LZ+Ari 25.53 ufa 0.04b1 m2 88,359 2.87 0.43 LZ+Ari 27.84 rk 1.04a01 mx3 M64 91,248 5.93 5.98 PPM 37.25 rk 1.04a01 mx2 91,248 5.94 5.98 PPM 37.26 rk 1.04a01 mx1 91,672 5.78 5.80 PPM 37.04 * bix 1.00b7 m1 94,445 0.79 0.14 LZ+Huf 27.16 * cabarc 1.00 LZX:21 94,928 1.50 0.01 LZ+Huf 27.87 ppmonstr Gpre o1 m64 95,690 1.60 1.68 PPM 29.86 * ace32 2.0c3 m5 d2048 95,851 0.58 0.66 LZ+Huf 27.86 ace32 2.0c3 m4 95,883 0.59 0.61 LZ+Huf 27.83 ace32 2.0c3 m3 95,943 0.57 0.60 LZ+Huf 27.82 cabarc 1.00 LZX:18 96,250 1.27 0.04 LZ+Huf 28.04 ppmonstr Gpre o16 m64 97,386 0.94 1.00 PPM 28.99 acb 2.00 u 97,460 3.12 3.18 AC 33.37 dst 0.9 mb 4 97,579 6.21 0.66 LZ+DHuf 33.97 * rar/win 2.70 m5 97,646 0.50 0.18 LZ+Huf 27.80 * rar/win 2.70 m4 97,683 0.41 0.18 LZ+Huf 27.72 * rar/win 2.70 m3 97,805 0.34 0.17 LZ+Huf 27.67 acb 2.00 b 98,158 2.15 2.18 AC 31.59 bee 0.49 m2d3 98,195 2.66 2.76 PPM 32.69 ppmonstr Gpre o12 m64 98,695 0.85 0.94 PPM 29.20 rkuc 1.04 o16 b x 99,268 3.85 4.05 PPM 35.47 rkuc 1.04 o12 b x 99,348 3.55 3.75 PPM 34.89 acb 2.00 B 99,396 1.52 1.54 AC 30.67 bee 0.49 m2d2 99,405 3.14 3.22 PPM 33.97 bee 0.49 m3d3 99,572 3.76 3.84 PPM 35.25 ppmdg o16 m64 99,827 0.45 0.50 PPM 28.67 dst 0.9 mb 100,227 0.58 0.44 LZ+DHuf 28.86 uharc 0.2b m3 100,315 2.35 0.34 LZ+PPM 30.55 ppmonstr Gpre o10 m64 100,318 0.82 0.89 PPM 29.57 bee 0.49 m3d2 100,826 4.15 4.26 PPM 36.41 imp 1.10 -1 m3 u1000 100,901 0.36 0.18 LZ+Huf 28.56 ppmdg o12 m64 101,082 0.41 0.49 PPM 28.97 ppmonstr Gpre o1 m32 101,096 1.52 1.62 PPM 31.22 arjz 0.50 mp9 md2m 101,274 1.38 0.07 LZ+Huf 29.58 uharc 0.2b 101,769 1.37 0.35 LZ+PPM 29.98 imp 1.10 -1 u1000 102,096 0.31 0.14 LZ+Huf 28.81 ppmonstr Gpre o8 m32 102,098 0.74 0.86 PPM 29.96 arjz 0.50 mp9 102,276 0.98 0.07 LZ+Huf 29.46 rk 1.04a01 mf2 102,352 1.80 1.54 ROLZ 31.77 ppmdg o10 m64 102,407 0.40 0.43 PPM 29.27 arjz 0.50 md2m 102,423 0.42 0.07 LZ+Huf 28.94 rk 1.04a01 mf3 102,580 3.74 3.29 ROLZ 35.52 arjz 0.50 mp8 102,593 0.66 0.07 LZ+Huf 29.22 uharc 0.2b m1 102,815 1.11 0.35 LZ+PPM 30.01 rkuc 1.04 o12 x 103,048 2.52 2.71 PPM 33.85 rkuc 1.04 o16 x 103,052 2.81 2.96 PPM 34.39 jar32 1.02d m3 103,083 1.11 0.12 LZ+Huf 29.86 jar32 1.02d m4 103,085 1.11 0.12 LZ+Huf 29.86 rkuc 1.04 o8 x 103,236 2.26 2.38 PPM 33.31 * lzds2' s1024 m2 103,379 0.29 0.07 LZ+Ari 29.07 arjz 0.50 103,695 0.37 0.07 LZ+Huf 29.24 * lzds2' s1024 m1 103,779 0.24 0.07 LZ+Ari 29.13 ppmdg o8 m32 104,150 0.37 0.42 PPM 29.72 rkuc 1.04 o16 b 104,444 2.75 2.88 PPM 34.64 arjz 0.50 mp6 104,793 0.31 0.07 LZ+Huf 29.48 lz (Kabanov) 6 104,890 0.49 0.18 LZ+Huf 29.80 cabarc 1.00 LZX:15 104,902 0.85 0.01 LZ+Huf 29.99 lz (Kabanov) 5 104,934 0.40 0.21 LZ+Huf 29.75 boa 0.58b m15 104,972 2.04 2.08 PPM 33.27 lz (Kabanov) 4 105,026 0.37 0.19 LZ+Huf 29.73 bee 0.49 m1d2 105,143 1.96 2.09 PPM 33.25 ppmn 1.00a5 O7 ICd 105,344 0.99 1.10 PPM 31.35 rkuc 1.04 o12 b 105,644 2.48 2.64 PPM 34.46 arjz 0.50 mp5 106,104 0.29 0.07 LZ+Huf 29.83 rkuc 1.04 o16 106,124 2.28 2.45 PPM 34.20 * arc' (I.Sutton) m1 106,195 0.18 0.28 BWT+Ari 29.95 arc' (I.Sutton) mm1m1 106,195 0.57 0.23 BWT+Ari 30.29 ppmn 1.00a5 O6 ICd 106,509 0.96 1.05 PPM 31.59 rkuc 1.04 o12 107,332 2.03 2.20 PPM 34.04 ppmn 1.00a5 O7 107,411 1.01 1.11 PPM 31.95 lzds2' s1024 m4 107,513 0.48 0.07 LZ+Ari 30.41 ppmonstr Gpre o6 m32 107,682 0.69 0.77 PPM 31.37 lzds2' s1024 m3 107,871 0.36 0.07 LZ+Ari 30.39 arc' (I.Sutton) b2 108,205 0.35 0.23 BWT+Ari 30.63 boa 0.58b m7 108,297 1.97 2.02 PPM 34.07 lz (Kabanov) 3 108,360 0.23 0.19 LZ+Huf 30.52 arc' (I.Sutton) 108,530 0.34 0.29 BWT+Ari 30.77 arc' (I.Sutton) mm1 108,530 0.73 0.29 BWT+Ari 31.16 rkuc 1.04 o8 b 108,548 2.23 2.42 PPM 34.80 arc' (I.Sutton) b5 108,578 0.34 0.23 BWT+Ari 30.73 arc' (I.Sutton) b5mm1 108,578 0.74 0.26 BWT+Ari 31.16 ppmn 1.00a5 O6 108,578 0.96 1.06 PPM 32.18 lzds2' s1024 m5 108,872 0.67 0.08 LZ+Ari 30.99 rk 1.04a01 109,232 0.41 0.37 PPM/ROLZ 31.12 ppmdg o6 m64 109,509 0.36 0.38 PPM 31.15 rkuc 1.04 o8 110,432 1.78 1.99 PPM 34.44 lz (Kabanov) 2 110,856 0.24 0.18 LZ+Huf 31.21 ufa 0.04b1 m2 mq 111,814 0.61 0.56 LZ+Ari 32.22 ppmn 1.00a5 O5 ICd 112,117 0.74 0.85 PPM 32.73 ppmonstr Gpre o5 m16 112,331 0.68 0.75 PPM 32.63 szip 1.12 b21 o0 112,637 2.16 0.18 BWT+Ari 33.62 ba 1.01b5 -24-r 112,996 0.71 0.29 BWT+Ari 32.38 rk 1.04a01 mf1 113,332 0.46 0.40 ROLZ 32.34 zzip 0.35g -a3 113,539 0.88 0.49 BWT+Ari 32.90 zzip 0.35g -mx 113,539 0.89 0.49 BWT+Ari 32.91 ba 1.01b5 -24-T 113,668 0.47 0.29 BWT+Ari 32.33 ba 1.01b5 113,697 0.47 0.28 BWT+Ari 32.33 sbc 0.360 113,817 0.58 0.28 BWT+Ari 32.47 ppmdg o5 m16 113,831 0.32 0.37 PPM 32.30 ppmn 1.00a5 114,001 0.78 0.84 PPM 33.28 ybs 0.3e -r 114,472 0.47 0.25 BWT+Ari 32.51 bwc/PGCC 0.99 m600k 114,546 0.41 0.22 BWT+Ari 32.44 zzip 0.35g -a1 115,235 0.91 0.47 BWT+Ari 33.38 ybs 0.3e 115,261 0.47 0.27 BWT+Ari 32.75 dc 0.99.015b -a 115,366 0.65 0.43 BWT+Ari 33.12 7zip 2.20 mx 115,600 1.38 0.03 LZ+Huf 33.52 ybs 0.3e -rm512k 115,698 0.46 0.26 BWT+Ari 32.85 compressia' b2048 115,819 0.77 0.58 BWT+Huf 33.52 szip 1.12 b21 o12 115,872 0.77 0.31 ST+Ari 33.26 uc 2.3.05 tt 116,316 0.38 0.07 LZ+Huf 32.76 arhangel 1.40a1 -1 116,359 0.64 0.11 LZ+Ari 33.07 eri 4.7fre -m5 116,367 3.35 0.36 ST+PPM 36.03 eri 4.7fre -m4 116,368 3.02 0.35 ST+PPM 35.69 ha 0.999c a1 116,395 1.18 0.19 LZ+Ari 33.70 eri 4.7fre -m3 116,417 2.87 0.35 ST+PPM 35.55 ybs 0.3e -m512k 116,610 0.47 0.26 BWT+Ari 33.12 ICT UC 1.0 116,701 0.47 0.29 ST+Ari 33.17 lz (Kabanov) 1 116,724 0.23 0.18 LZ+Huf 32.83 7zip 2.20 116,771 0.52 0.07 LZ+Huf 33.02 szip 1.12 b21 o10 116,857 0.63 0.29 ST+Ari 33.38 compressia' b512 117,150 0.80 0.52 BWT+Huf 33.86 ppmonstr Gpre 117,340 0.66 0.70 PPM 33.95 eri 4.7fre -m2 117,665 2.70 0.31 ST+PPM 35.69 uc 2.3.05 tn 117,886 0.31 0.07 LZ+Huf 33.12 imp 1.10 -2 u1000 117,890 0.49 0.23 BWT+Huf 33.46 ybs 0.3e -rm256k 117,936 0.45 0.25 BWT+Ari 33.46 szip 1.12 b21 o8 118,000 0.51 0.27 ST+Ari 33.55 ppmdg 118,754 0.28 0.36 PPM 33.62 ybs 0.3e -m256k 118,756 0.45 0.25 BWT+Ari 33.68 bzip2/PGCC 1.0b7 -6 118,794 0.43 0.15 BWT+Huf 33.57 pkzip 2.50 max 118,845 0.24 0.06 LZ+Huf 33.31 exp1 1. 118,865 0.66 0.14 BWT+Huf 33.81 pkzip 2.04g -ex 119,258 0.32 0.06 LZ+Huf 33.50 compressia' b256 119,259 0.88 0.46 BWT+Huf 34.46 dc 0.99.015b 119,447 0.54 0.40 BWT+Ari 34.11 eri 4.7fre -m1 119,458 2.63 0.30 ST+PPM 36.11 esp 1.92 120,275 0.22 0.04 LZ+Huf 33.66 pkzip 2.50 120,381 0.12 0.07 LZ+Huf 33.62 pkzip 2.04g 120,582 0.21 0.06 LZ+Huf 33.76 szip 1.12 b21 o6 121,377 0.38 0.23 ST+Ari 34.32 ba 1.01b5 -24-z 122,848 0.48 0.29 BWT+Ari 34.89 rkuc 1.04 125,216 1.18 1.36 PPM 37.32 szip 1.12 b21 o4 127,767 0.17 0.19 ST+Ari 35.85 ufa 0.04b1 m5 128,552 3.62 4.07 PPM 43.39 777 0.04b1 m5 mu32 md1024 128,566 4.56 4.97 PPM 45.24 777 0.04b1 m5 mu16 md1024 128,609 3.84 4.31 PPM 43.87 ann p12 135,657 3.60 3.51 PPM+NN 44.79 arhangel 1.40a1 -1-mm6 142,114 0.58 0.12 LZ+Ari 40.17 ha 0.999c a2 144,257 2.21 2.04 PPM 44.32 arhangel 1.40a1 -2-mc8192 145,177 1.00 0.93 PPM 42.25 hap 3.00 152,624 1.21 1.35 PPM 44.95 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&INI.TXT ===================== --- UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Vadim Yoockin 2:5020/1042.50 04 Dec 00 21:04:17 To : All Subj : Compressors Comparison Test 6.0 [8/8] Тест: Excel - файл samples.xls (445,440 байт) ========================================================================== Компрессор + сжатый время время алгоритм рейтинг использ.опции размер сжатия расжатия работы ========================================================================== * 777 0.04b1 m2 63,809 7.99 2.87 LZ+Ari 28.58 * ufa1' md21 65,152 0.87 0.15 LZ+Ari 19.11 * ufa1' 65,268 0.86 0.12 LZ+Ari 19.11 ufa1' mx 66,239 0.86 0.12 LZ+Ari 19.37 ufa1' md21 mx 66,259 0.87 0.12 LZ+Ari 19.39 ufa 0.04b1 m2 66,545 2.14 0.31 LZ+Ari 20.93 rk 1.04a01 mx1 69,068 5.02 5.09 PPM 29.29 rk 1.04a01 mx2 69,076 5.32 5.40 PPM 29.90 rk 1.04a01 mx3 M64 69,076 5.34 5.39 PPM 29.91 * bix 1.00b7 m1 72,386 0.62 0.07 LZ+Huf 20.79 ppmonstr Gpre o16 m64 73,055 0.83 0.87 PPM 21.99 * cabarc 1.00 LZX:21 73,155 1.22 0.02 LZ+Huf 21.56 cabarc 1.00 LZX:18 73,229 1.07 0.02 LZ+Huf 21.43 ppmonstr Gpre o1 m64 73,567 1.50 1.56 PPM 23.49 * ace32 2.0c3 m5 d2048 73,580 0.52 0.58 LZ+Huf 21.53 * ace32 2.0c3 m3 73,596 0.47 0.60 LZ+Huf 21.51 ace32 2.0c3 m4 73,604 0.49 0.60 LZ+Huf 21.53 dst 0.9 mb 4 73,808 2.97 0.50 LZ+DHuf 23.97 rkuc 1.04 o12 b x 74,160 3.10 3.18 PPM 26.88 ppmonstr Gpre o12 m64 74,170 0.75 0.81 PPM 22.16 rkuc 1.04 o16 b x 74,212 3.38 3.47 PPM 27.46 * rar/win 2.70 m5 74,277 0.34 0.11 LZ+Huf 21.08 rar/win 2.70 m4 74,336 0.32 0.09 LZ+Huf 21.05 * rar/win 2.70 m3 74,555 0.29 0.08 LZ+Huf 21.07 ppmdg o16 m64 74,892 0.43 0.46 PPM 21.69 uharc 0.2b m3 74,923 1.65 0.27 LZ+PPM 22.73 ppmonstr Gpre o10 m64 75,513 0.72 0.77 PPM 22.46 dst 0.9 mt 4 75,606 1.92 1.61 LZ+PPM 24.53 arjz 0.50 mp9 md2m 75,624 0.69 0.07 LZ+Huf 21.76 arjz 0.50 mp9 75,694 0.62 0.07 LZ+Huf 21.71 arjz 0.50 mp8 75,935 0.43 0.07 LZ+Huf 21.59 uharc 0.2b 75,938 1.04 0.26 LZ+PPM 22.39 dst 0.9 mt 76,066 1.44 1.57 LZ+PPM 24.13 ppmdg o12 m64 76,184 0.39 0.42 PPM 21.97 imp 1.10 -1 m3 u1000 76,695 0.35 0.07 LZ+Huf 21.72 imp 1.10 -1 u1000 76,773 0.34 0.08 LZ+Huf 21.74 imp 1.10 -2 u1000 76,773 0.94 0.10 BWT+Huf 22.36 rk 1.04a01 mf2 76,808 1.59 1.45 ROLZ 24.37 rk 1.04a01 mf3 76,832 3.34 3.20 ROLZ 27.88 dst 0.9 mb 76,835 0.48 0.35 LZ+DHuf 22.17 uharc 0.2b m1 76,921 0.86 0.26 LZ+PPM 22.48 arjz 0.50 md2m 76,969 0.32 0.07 LZ+Huf 21.77 arjz 0.50 77,036 0.29 0.07 LZ+Huf 21.75 rkuc 1.04 o16 x 77,420 2.54 2.62 PPM 26.66 rkuc 1.04 o12 x 77,428 2.24 2.39 PPM 26.13 bee 0.49 m3d3 77,518 2.67 2.72 PPM 26.92 boa 0.58b m15 77,582 1.71 1.68 PPM 24.94 ppmonstr Gpre o8 m32 77,627 0.69 0.71 PPM 22.96 rkuc 1.04 o8 x 77,708 1.98 2.10 PPM 25.66 jar32 1.02d m4 77,758 0.87 0.12 LZ+Huf 22.58 ppmdg o10 m64 77,759 0.39 0.37 PPM 22.35 jar32 1.02d m3 77,772 0.89 0.09 LZ+Huf 22.58 rkuc 1.04 o16 b 77,840 2.47 2.60 PPM 26.69 acb 2.00 u 78,077 2.36 2.44 AC 26.48 rkuc 1.04 o16 78,084 2.09 2.20 PPM 25.98 * arc' (I.Sutton) 78,287 0.23 0.18 BWT+Ari 22.15 arc' (I.Sutton) mm1 78,287 0.63 0.18 BWT+Ari 22.55 arc' (I.Sutton) b5 78,311 0.23 0.18 BWT+Ari 22.16 arc' (I.Sutton) b5mm1 78,311 0.62 0.18 BWT+Ari 22.55 arjz 0.50 mp6 78,391 0.27 0.06 LZ+Huf 22.10 acb 2.00 b 78,569 1.66 1.66 AC 25.14 rkuc 1.04 o12 b 78,852 2.27 2.35 PPM 26.52 lz (Kabanov) 6 78,930 0.32 0.12 LZ+Huf 22.36 lz (Kabanov) 5 78,952 0.26 0.12 LZ+Huf 22.31 rkuc 1.04 o12 79,092 1.83 1.97 PPM 25.77 lz (Kabanov) 4 79,170 0.23 0.12 LZ+Huf 22.34 acb 2.00 B 79,364 1.14 1.21 AC 24.39 bee 0.49 m2d3 79,475 2.09 2.16 PPM 26.32 ppmdg o8 m32 79,983 0.35 0.35 PPM 22.91 arjz 0.50 mp5 80,052 0.24 0.07 LZ+Huf 22.54 lzds2' s1024 m2 80,219 0.23 0.07 LZ+Ari 22.58 lzds2' s1024 m1 80,756 0.23 0.07 LZ+Ari 22.73 bee 0.49 m3d2 81,885 3.15 3.17 PPM 29.06 arc' (I.Sutton) b2 82,011 0.28 0.18 BWT+Ari 23.24 * lz (Kabanov) 3 82,036 0.18 0.12 LZ+Huf 23.08 arc' (I.Sutton) m1 82,582 0.18 0.16 BWT+Ari 23.27 arc' (I.Sutton) mm1m1 82,582 0.53 0.18 BWT+Ari 23.64 rkuc 1.04 o8 b 82,680 2.04 2.13 PPM 27.13 rkuc 1.04 o8 82,960 1.63 1.75 PPM 26.42 ppmonstr Gpre o6 m32 83,144 0.62 0.68 PPM 24.39 rk 1.04a01 83,312 0.33 0.29 PPM/ROLZ 23.76 rk 1.04a01 mf1 83,768 0.32 0.29 ROLZ 23.87 ppmn 1.00a5 O7 ICd 83,856 0.81 0.91 PPM 25.01 ppmn 1.00a5 O6 ICd 84,340 0.74 0.87 PPM 25.03 ppmn 1.00a5 O7 84,458 0.78 0.84 PPM 25.08 bee 0.49 m2d2 84,859 2.51 2.60 PPM 28.68 sbc 0.360 85,280 0.40 0.20 BWT+Ari 24.28 ppmn 1.00a5 O6 85,336 0.71 0.81 PPM 25.22 ppmdg o6 m64 85,472 0.31 0.32 PPM 24.37 ufa 0.04b1 m2 mq 87,292 0.52 0.42 LZ+Ari 25.18 bee 0.49 m1d2 88,535 1.82 1.83 PPM 28.24 ppmonstr Gpre o5 m16 89,892 0.61 0.64 PPM 26.22 ppmn 1.00a5 O5 ICd 90,384 0.61 0.68 PPM 26.39 ybs 0.3e -r 91,207 0.47 0.19 BWT+Ari 25.99 lzds2' s1024 m3 91,406 0.40 0.07 LZ+Ari 25.86 dc 0.99.015b -a 91,477 0.51 0.31 BWT+Ari 26.23 ybs 0.3e 91,507 0.47 0.20 BWT+Ari 26.08 ppmn 1.00a5 91,657 0.64 0.68 PPM 26.78 zzip 0.35g -mx 92,011 3.79 0.37 BWT+Ari 29.71 zzip 0.35g -a3 92,011 3.80 0.38 BWT+Ari 29.73 lzds2' s1024 m4 92,108 0.45 0.07 LZ+Ari 26.10 ppmdg o5 m16 92,278 0.28 0.32 PPM 26.23 szip 1.12 b21 o0 92,289 8.56 0.12 BWT+Ari 34.31 dc 0.99.015b 92,413 1.11 0.29 BWT+Ari 27.07 lzds2' s1024 m5 92,639 0.52 0.07 LZ+Ari 26.32 ba 1.01b5 -24-r 92,863 0.47 0.24 BWT+Ari 26.50 zzip 0.35g -a1 92,899 3.86 0.37 BWT+Ari 30.03 ba 1.01b5 -24-T 93,103 0.41 0.25 BWT+Ari 26.52 ba 1.01b5 93,119 0.39 0.25 BWT+Ari 26.50 bwc/PGCC 0.99 m600k 93,309 0.43 0.18 BWT+Ari 26.52 szip 1.12 b21 o12 96,106 0.61 0.27 ST+Ari 27.57 bzip2/PGCC 1.0b7 -6 96,197 0.40 0.15 BWT+Huf 27.27 bzip2/PGCC 1.0b7 -9 96,197 0.40 0.15 BWT+Huf 27.27 exp1 1. 96,269 0.57 0.12 BWT+Huf 27.43 compressia' b2048 96,567 0.53 0.42 BWT+Huf 27.77 compressia' b512 96,567 0.54 0.43 BWT+Huf 27.79 eri 4.7fre -m4 97,372 5.03 0.29 ST+PPM 32.36 eri 4.7fre -m5 97,372 5.31 0.29 ST+PPM 32.64 eri 4.7fre -m3 97,398 4.92 0.30 ST+PPM 32.27 szip 1.12 b21 o10 97,750 0.48 0.26 ST+Ari 27.89 eri 4.7fre -m2 98,825 4.76 0.25 ST+PPM 32.46 ICT UC 1.0 99,118 0.40 0.27 ST+Ari 28.20 ppmonstr Gpre 99,293 0.57 0.65 PPM 28.80 eri 4.7fre -m1 99,527 4.72 0.25 ST+PPM 32.61 szip 1.12 b21 o8 99,913 0.40 0.23 ST+Ari 28.38 lz (Kabanov) 2 101,006 0.23 0.12 LZ+Huf 28.40 ppmdg 101,394 0.23 0.31 PPM 28.70 ppmonstr Gpre o1 m32 102,589 1.31 1.37 PPM 31.17 rkuc 1.04 103,192 0.99 1.14 PPM 30.79 szip 1.12 b21 o6 105,018 0.31 0.18 ST+Ari 29.66 boa 0.58b m7 106,422 2.29 2.33 PPM 34.18 777 0.04b1 m5 mu32 md1024 110,794 3.48 3.77 PPM 38.02 777 0.04b1 m5 mu16 md1024 113,006 2.97 3.35 PPM 37.71 ufa 0.04b1 m5 116,046 2.86 3.20 PPM 38.29 szip 1.12 b21 o4 117,725 0.14 0.18 ST+Ari 33.02 ann p12 117,914 2.96 2.93 PPM+NN 38.64 ybs 0.3e -rm256k 124,081 0.41 0.24 BWT+Ari 35.11 ybs 0.3e -m256k 124,193 0.41 0.24 BWT+Ari 35.14 compressia' b256 128,344 0.65 0.45 BWT+Huf 36.75 lz (Kabanov) 1 131,840 0.23 0.12 LZ+Huf 36.97 cabarc 1.00 LZX:15 134,753 0.64 0.01 LZ+Huf 38.08 uc 2.3.05 tt 135,774 0.38 0.05 LZ+Huf 38.14 uc 2.3.05 tn 137,068 0.33 0.03 LZ+Huf 38.43 7zip 2.20 mx 143,094 0.99 0.03 LZ+Huf 40.76 7zip 2.20 144,144 0.42 0.04 LZ+Huf 40.50 arhangel 1.40a1 -1 144,158 0.44 0.13 LZ+Ari 40.61 ha 0.999c a1 144,798 1.14 0.19 LZ+Ari 41.55 pkzip 2.50 max 147,538 0.23 0.05 LZ+Huf 41.26 pkzip 2.50 148,146 0.13 0.05 LZ+Huf 41.33 pkzip 2.04g -ex 148,328 0.24 0.06 LZ+Huf 41.50 esp 1.92 148,397 0.21 0.04 LZ+Huf 41.47 pkzip 2.04g 150,166 0.16 0.08 LZ+Huf 41.95 arhangel 1.40a1 -2-mc8192 154,617 1.20 1.03 PPM 45.17 ha 0.999c a2 155,465 2.31 2.09 PPM 47.58 ba 1.01b5 -24-z 168,674 0.59 0.32 BWT+Ari 47.76 hap 3.00 175,981 1.20 1.30 PPM 51.38 Легенда используемых в таблицах символов (первая колонка): <br> * данный компрессор имеет лучшее время упаковки или распаковки по сравнению с компрессорами с более сильным сжатием. <br>' программа имеет non public версию. <br>Рейтинг вычисляется как время, затрачиваемое на сжатие файла, передачу его по сети со скоростью 28000 бит/сек и расжатие. ------------------------------------------------------------------------ ==== ================= Конец - R&XLS.TXT ===================== --- UNREG * Origin: yoockinv@mtu-net.ru,yoockinv@mail.ru,ICQ:44536013 (2:5020/1042.50) — RU.COMPRESS From : Evgeny Tischenko 2:5020/712.3 06 Dec 00 17:16:02 To : All Subj : WinRar95 XC:RU.COMPRESS,GENERAL Я выключаю телевизоp, я пишу тебе письмо, All! Подскажите плиз алгоритм раскодирования winrar95. Желательно с исходничками С наилучшими пожеланиями. Evgeny Tischenko. --- Эволюция: Золотой Теленок - Золотой Остап - Золотой дед. * Origin: Пеpемен тpебуют наши сеpдца. (2:5020/712.3) — RU.COMPRESS From : Pavel Suschenko 2:5030/1800.7 06 Dec 00 23:12:03 To : Vadim Yoockin Subj : Re: ACB Ой! Похоже мы снова вклинились в полицейскую частоту... PS> Я слышал о аpхиватоpе сабж и что он очень-очень кpут. PS> Это пpавда? VY> Пpавда, кpут. Хотя сейчас ему на смену пpишли дpугие, более VY> быстpые и сильножмущие... Hапpимеp? Message was generated by Pavel S. also known as djkor === now playing: Limp Bizkit - "My Generation" with 128kbps 44khz, MegaBass, Surround Sound, Joint Stereo, volume 100" using cassete player "Sony"... --- F.I.P.S./32 v1.0r W95/NT [M] * Origin: "I Know FRED!" (2:5030/1800.7) — RU.COMPRESS From : Vadim Yoockin 2:5020/400 07 Dec 00 09:35:49 To : Pavel Suschenko Subj : Re: ACB From: "Vadim Yoockin" <vy@thermosyn.com> Hello, Pavel Suschenko ! You wrote: >PS> Я слышал о аpхиватоpе сабж и что он очень-очень кpут. >PS> Это пpавда? >VY> Пpавда, кpут. Хотя сейчас ему на смену пpишли дpугие, более >VY> быстpые и сильножмущие... >Hапpимеp? Я же только что кинул результаты тестирования в восьми письмах... Всего доброго, Вадим. --- ifmail v.2.15dev5 * Origin: Fidolook Express http://fidolook.da.ru (2:5020/400) — RU.COMPRESS From : Alexey Danov 2:5020/400 07 Dec 00 13:18:25 To : All Subj : Чем плотнее паковать сортированный список строк? From: "Alexey Danov" <arit@arh.ru> Привет, ALL Какие есть методы для паковки сортированных списков строк? Критерий - максимальная плотность! --- ifmail v.2.15dev5 * Origin: Internet-Arkhangelsk Company (2:5020/400) — RU.COMPRESS From : Vadim Yoockin 2:5020/400 07 Dec 00 14:05:28 To : Alexey Danov Subj : Re: Чем плотнее паковать сортированный список строк? From: "Vadim Yoockin" <vy@thermosyn.com> Hello, Alexey Danov ! You wrote: >Какие есть методы для паковки сортированных списков строк? >Критерий - максимальная плотность! Hапусти на первые символы строк дельту и выведи их отдельным потоком. В тех местах этого потока, где дельта дала хорошее сжатие, можно напустить дельту на вторые символы и т.п. Остаток - любым пакером. Всего доброго, Вадим. --- ifmail v.2.15dev5 * Origin: Fidolook Express http://fidolook.da.ru (2:5020/400) — RU.COMPRESS From : Eremin Evgenii 2:5020/400 07 Dec 00 17:31:46 To : All Subj : WWW From: "Eremin Evgenii" <father_jon@transts.ru> Hi All, http://book.itep.ru/2/26/COMP_26.htm хорошее описания основных алгоритмов сжатия --- ifmail v.2.15dev5 * Origin: FidoNet Online - http://www.fido-online.com (2:5020/400)
Предыдущий блок Следующий блок Вернуться в индекс