Geophysical data: geo
Program Ver Arguments WR Size  % C.Time  % D.Time  % C.M D.M
 prev next        page 1 of 4        1, 2, 3, ... 4
lpaq 8 7 2.110 47 454 56.8 0.52 100 0.52 100 327 327
zpaq 1.00 cmax.cfg 2.099 46 586 66.9 1.28 100 1.06 100 252 233
paq 9a 2.093 47 142 63.3 0.70 100 0.70 100 336 335
ppmonstr Jr1 -m600 -o16 1.980 47 944 83.6 0.41 100 0.41 100 9 9
ccm 1.30c 5 1.957 51 011 62.5 0.36 100 0.36 100 533 533
ccm 1.30c x 5 1.957 51 007 62.5 0.38 100 0.36 100 533 533
blizzard 0.24b c 100000000 1.907 52 333 64.2 0.01 100 0.01 100 3 3
blizzard 0.24b c 1.907 52 333 64.2 0.01 100 0.01 100 3 3
bbb 1 cm400q 1.886 52 353 70.0 0.28 100 0.16 100 409 8
bbb 1 c 1.886 52 353 70.0 0.17 100 0.16 100 12 8
bbb 1 cfm100q 1.886 52 353 70.0 0.14 100 0.16 100 108 8
blizzard 0.24b f 1.884 52 984 64.8 0.01 100 0.01 100 3 3
bwtmix 1 c1150 1.884 51 716 76.1 0.12 100 0.11 100 20 20
durilca 0.5 -m384 -o8 1.880 47 966 110.1 0.47 100 0.47 100 9 9
cmm4 0.1e 75 1.879 51 727 77.3 0.64 100 0.64 100 522 522
zpaq 1.00 cmid.cfg 1.858 52 901 73.0 0.48 100 0.41 100 93 92
st2rc 8a 1.852 52 751 76.1 0.05 98 0.05 98 2 3
rzm 0.07h 1.849 53 776 68.0 0.06 98 0.01 100 36 4
mnzip 0 5 1.840 54 735 62.2 0.03 100 0.01 100 35 2
bwmonstr 0.02 1.831 48 950 115.7 6.06 371 6.91 285 31 30
bred 3 -M100 -m729 1.824 55 516 60.2 0.01 100 0.01 100 2 2
bred 3 -M16 -m729 1.824 55 516 60.2 0.01 100 0.01 100 2 2
bwc 0.99d 1.823 55 003 65.1 0.01 100 0.01 100 3 2
lzpxj 1.2h 1 1.822 51 769 93.6 0.05 100 0.05 98 7 6
lzpxj 1.2h e 1.820 51 838 93.7 0.17 100 0.16 99 163 99
lzpxj 1.2h 7 1.820 51 831 93.7 0.27 100 0.23 99 324 195
grzipii 0.24 -d -a -b8m -m4 1.814 50 681 105.7 0.01 100 0.01 100 10 2
bit 0.7 -p=4 1.813 51 230 101.2 0.48 100 0.48 97 329 329
bit 0.7 -p=3 1.812 51 254 101.3 0.34 100 0.33 100 168 168
bit 0.7 -p=2 1.811 51 291 101.3 0.27 100 0.27 100 88 88
bit 0.7 -p=1 1.809 51 355 101.4 0.23 100 0.23 100 48 48
dc 0.98b 1.803 52 333 94.5 0.03 48 0.03 48 4 3
zzip 0.36c -mx -a -15m 1.802 54 426 76.3 0.03 100 0.03 97 2 2
paf 03a 1.798 55 341 69.5 0.08 40 0.09 49 5 5
paf 03a -m550 1.798 55 340 69.5 0.09 33 0.08 59 5 5
paf 03a -a0 1.798 55 341 69.5 0.09 32 0.09 49 5 5
paf 03a -r1 1.798 55 340 69.5 0.09 33 0.09 49 5 5
epm r9 1.783 50 076 120.7 0.59 100 0.59 100 12 12
bcm 0.11 -b118 1.768 51 959 108.9 0.03 100 0.02 94 3 2
szip 1.12 1.762 55 370 80.6 0.01 100 0.01 100 4 2
fbc 1.3b ca 1.762 55 847 76.6 2.56 3 5.02 4 22 21
szip 1.12 -o4 1.759 55 471 80.7 0.00 0 0.01 100 4 2
szip 1.12 -b41o4 1.759 55 471 80.7 0.00 0 0.01 100 6 2
winace 2.6 -d4096 -m4 1.758 53 843 95.6 0.06 98 0.52 3 19 4
winace 2.6 -d4096 -m5 1.758 53 835 95.6 0.06 98 0.52 3 19 4
winace 2.6 1.756 53 883 95.6 0.06 98 0.52 3 19 4
rings 1.6 8 1.755 54 350 92.1 0.01 100 0.00 0 2 2
rings 1.6 5 1.755 54 350 92.1 0.01 100 0.00 0 2 2
winace 2.6 -m1 -d64 1.753 54 003 95.7 0.05 100 0.52 3 8 4
winace 2.6 -d4096 -m2 1.753 53 987 95.7 0.06 98 0.52 3 19 4
winace 2.6 -d4096 -m1 1.752 54 015 95.7 0.06 100 0.52 3 19 4
chile 0.5 -b=104858 1.748 57 546 66.3 0.53 100 0.48 100 105 2
chile 0.5 1.748 57 546 66.3 0.53 100 0.48 100 103 2
ppms j 1.747 56 213 78.1 0.03 100 0.05 100 3 3
ash 0.7b1 /m512 1.741 55 331 88.0 1.09 100 1.09 100 61 61
ppmy 2.02s 1.737 58 364 62.5 0.39 100 0.41 100 4 4
grzipii 0.24 -a -b8m -m3 1.732 53 336 108.3 0.03 97 0.03 100 10 2
grzip 0.7.3 1.732 55 007 93.7 0.03 100 0.03 100 11 2
grzip 0.7.3 -a -i 1.732 55 007 93.7 0.03 100 0.03 100 11 2
qlfc 6.6 65000000 1.720 55 678 92.0 0.01 100 0.01 100 3 2
quad 1.12 1.718 56 989 81.2 0.06 100 0.03 100 35 10
quad 1.12 -x 1.718 56 981 81.2 0.06 100 0.03 100 35 10
grzipii 0.24 1.716 53 897 108.9 0.03 100 0.03 97 7 2
grzipii 0.24 -p -b8m -m1 1.716 53 890 108.9 0.03 100 0.03 97 10 2
grzipii 0.24 -b8m -m1 1.716 53 897 108.9 0.03 100 0.03 97 10 2
grzipii 0.24 -a -b8m -m1 1.716 53 897 108.9 0.03 100 0.03 97 10 2
ppmd sh8 /m590 /o16 1.713 55 256 98.1 0.05 100 0.05 100 3 3
ppmd sh8 /m590 /o16 /r 1.713 55 256 98.1 0.05 100 0.05 100 3 3
ppmd sh8 /m256 /o8 /e /r 1.712 55 285 98.1 0.05 98 0.05 98 3 3
ppmd sh8 /m590 /o8 /r 1.711 55 311 98.1 0.05 98 0.05 98 3 3
gca 0.9k 1.711 53 922 110.5 0.03 48 0.03 48 4 3
ppmd sh8 /m590 /o6 /e 1.710 55 344 98.1 0.05 100 0.05 100 3 3
ppmd sh8 /m590 /o6 /e /r 1.710 55 344 98.1 0.05 100 0.05 100 3 3
ppmd sh8 /m590 /o6 1.709 55 370 98.2 0.05 100 0.05 100 3 3
ppmd sh8 /m590 /o6 /r 1.709 55 370 98.2 0.05 98 0.05 98 3 3
dark 0.51 p-b118m 1.709 56 768 86.2 0.01 100 0.01 100 3 2
bzip 0.21 1.706 57 358 82.0 0.03 100 0.01 100 3 2
grzipii 0.24 -b8m -m4 1.704 54 309 109.3 0.01 100 0.01 100 10 2
grzipii 0.24 -a -b8m -m4 1.704 54 309 109.3 0.01 100 0.01 100 10 2
sr 3c 1.689 59 917 65.2 0.01 100 0.01 100 6 6
ash 0.7b1 /m512 /w1 /s1 /o5 1.685 57 276 89.9 0.47 100 0.47 100 5 5
bee 0.79 -m3 -d7 1.685 55 932 101.6 0.25 100 0.25 100 260 259
mar 0 -a bwt 1.684 58 512 79.4 5.00 100 0.00 0 4 2
bee 0.79 -m2 -d7 1.681 56 089 101.8 0.25 100 0.25 100 260 259
bzip2 1.0.5 1.676 56 921 96.2 0.01 100 0.00 0 3 2
grzipii 0.24 -a -b8m -m2 1.673 55 442 110.4 0.01 100 0.01 100 10 2
ybs 0.3f -m16m 1.673 57 433 92.9 0.01 100 0.01 100 3 2
freearc 0.666 -m4 1.672 53 649 126.4 0.27 76 0.20 7 47 8
freearc 0.666 -mx -lc500m 1.669 53 767 126.5 0.23 33 0.20 7 10 8
freearc 0.666 -m9d -lc500m 1.669 53 767 126.5 0.25 31 0.19 8 10 8
m03 0.2a1 100000000 1.669 53 575 128.0 0.08 79 0.06 100 4 2
bssc 0.95a -b16383 1.661 57 029 100.5 0.01 100 0.01 100 3 2
bssc 0.95a 1.661 57 029 100.5 0.01 100 0.01 100 3 2
m99 2.21 -m 96m 1.654 55 899 113.3 0.05 100 0.05 100 12 3
csc 3.2f -m3 -d320 1.652 54 691 124.6 0.01 100 0.00 0 3 2
csc 3.2f -m2 -d4 1.652 54 691 124.6 0.01 100 0.00 0 3 2
csc 3.2f -m2 -d320 1.652 54 691 124.6 0.01 100 0.00 0 3 2
csc 3.2f -m1 -d320 1.652 54 691 124.6 0.01 100 0.00 0 3 2
bssc 0.95a -t -b16383 1.649 57 500 101.0 0.01 100 0.01 100 10 10
bma 1.35b 1.643 57 881 99.7 0.02 94 0.01 100 6 6