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 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)
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